Durable indexable inserts for efficient metalcutting
Indexable inserts are hardened cutting elements designed to deliver consistent material removal in metalworking, providing cost-effective tool life management and repeatable results for turning, milling and drilling operations. Suited for machining steel, stainless and heat-resistant alloys, these inserts offer rapid edge renewal and reduced downtime through simple indexing, while versions optimised for internal coolant significantly improve chip control and thermal management in demanding applications. By choosing the right insert grade and geometry you gain improved tool life, predictable wear behaviour and better surface finish thanks to enhanced chip control, with key benefits including wear-resistant carbide, internal coolant compatibility and reliable chip breaking.
ADMT160630L-F56 WKP35S Wendeplatten - Walter Tools
The combination of Tiger·tec Silver coating and the WKP35S grade delivers stable chip formation and consistent edge life, keeping machining cycles productive. Take advantage of the geometry-optimised insert for reliable steel and cast-iron milling and contact Metav Werkzeuge for application advice or order details. ADMT160630L-F56 WKP35S indexable milling insert – Walter Tools, Tiger·tec Silver, for steel and cast iron The ADMT160630L-F56 WKP35S is a parallelogram 85° milling insert designed for efficient finishing and semi-finishing in P (steel) and K (cast iron) applications. Tiger·tec Silver coating technology Suitable for steel and cast iron 15° relief angle for stable cutting Parallelogram 85° insert geometry Process reliability through advanced coating and grade The Tiger·tec Silver coating combined with the WKP35S grade provides a balanced response to the thermal and abrasive loads typical when machining P (steel) and K (cast iron) groups. The coating technology reduces built-up edge and supports consistent chip control, while the grade’s coated carbide substrate gives wear resistance in mixed production runs. As a result, cycle times remain steady and tool-change intervals are extended, which supports predictable productivity in batch and job-shop environments. Geometry engineered for stable cutting and surface quality Parallelogram 85° geometry and the specified 15° relief deliver a sturdy cutting edge that resists vibration when facing interrupted cuts or varying engagement depths. The insert’s corner radius (3) and the F56 chipbreaker work together to shape short, controllable chips and to maintain surface integrity on the workpiece. This geometry-focused design reduces chatter and helps produce consistent finishes, making the insert suitable for operations that demand repeatable part quality. Practical integration and economic performance Marked as ADMT160630L-F56 WKP35S, the insert fits industry-standard milling toolholders for indexable tooling and is straightforward to replace when resharpening is needed or when a new edge is required. The combination of reliable edge life and efficient chip evacuation reduces unproductive time and can lower total machining cost per part. For operations running mixed batches of steel and cast iron, this insert provides a practical compromise between tool life and consistent machining results. Contact Metav Werkzeuge to discuss Walter Tools Tiger·tec Silver inserts and find the right ADMT160630L-F56 WKP35S configuration for specific steel or cast-iron applications Technical data Article number: ADMT160630L-F56-WKP35S-WALTER Name: ADMT160630L-F56 WKP35S Manufacturer: Walter Tools Series: Tiger-tec Silver Grade: WKP35S Facts Relief angle: 15° Corner radius: 3 Plate size: 16 Plate thickness: 06 Insert form: Parallelogram 85° Special features Coating: coated carbide (Tiger·tec Silver) Chipbreaker: F56 Application: P (steel) and K (cast iron) Tolerance class: M Designation without grade: ADMT160630L-F56 FAQ What materials is this insert intended for? The ADMT160630L-F56 WKP35S is designed primarily for P (steel) and K (cast iron) machining, reflecting the WKP35S grade and Tiger·tec Silver coating. Which chip shape can be expected with the F56 chipbreaker? The F56 chipbreaker on this insert promotes short, controlled chips suitable for stable chip evacuation in steel and cast-iron operations. How does the parallelogram 85° geometry affect cutting? The parallelogram 85° insert form improves axial engagement and provides a robust cutting edge, which contributes to reduced vibration and consistent surface finish. Is this insert compatible with standard indexable milling holders? Yes, the ADMT160630L-F56 WKP35S is a standard indexable milling insert intended for common milling toolholders that accept the specified insert geometry. What benefit does the Tiger·tec Silver coating provide? Tiger·tec Silver enhances thermal and abrasive resistance, supporting longer edge life and better performance across mixed-production runs in steel and cast iron. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany Protected trademarks and trade names are the property of their respective owners. Brand names and protected product names are cited for clarification only. There is no affiliation between our company and the named manufacturers. The offered item is an original, brand-new product from the manufacturer.
ADMT160630L-F56 WSP45G F56 Wendeplatten - Walter Tools
Take advantage of the combination of long edge life and versatile material compatibility to keep milling processes stable and productive; the PVD-backed Tiger·tec Gold grade and the robust R3 corner radius ensure reliable chip control and cutting-edge durability. Order directly via Metav Werkzeuge or consult for process optimisation. ADMT160630L-F56 WSP45G (ADMT160630L-F56) milling insert — Tiger·tec Gold, Walter Tools A ADMT160630L-F56 WSP45G milling insert designed for versatile milling of steel, stainless steel and heat-resistant superalloys, combining a tough PVD-coated grade with an axial-friendly parallelogram geometry Tiger·tec Gold PVD coating for wear resistance Versatile for steel, stainless and superalloys Parallelogram 85° geometry for axial milling 15° relief and R3 corner for edge stability Consistent cutting performance for diverse materials The WSP45G grade, part of the Tiger·tec Gold series, is a PVD-coated carbide developed for high process reliability when machining a wide range of materials, including unalloyed and alloyed steel, stainless steel and heat-resistant superalloys. The coating and substrate combination is engineered to support stable chip formation, which reduces the risk of built-up edge and irregular wear. For practical terms: a grade optimised for heat management and edge stability will maintain dimensional consistency across longer tool life, lowering downtime and tool changes. Robust edge life and measurable benefits for productivity A combination of the 15° relief angle and R3 corner radius gives the insert mechanical strength at the cutting edge while allowing sufficient edge-support for interrupted or heavy cuts. This geometry is aimed at balancing edge stability with surface finish requirements; the rounded corner helps distribute cutting forces, which often results in fewer edge failures and a longer service interval. The tangible result for production is improved uptime and more predictable tool-change intervals. Geometry engineered for efficient milling cycles The parallelogram 85° insert shape is particularly suited to axial milling operations where positive lead and entry conditions are required. This geometry enables effective chip evacuation and reduces radial cutting forces in many applications, which can be advantageous when optimising machining strategies for both roughing and finishing passes. The F56 chipbreaker is matched to the grade to support controlled chip segmentation, improving safety and reducing the need for secondary chip management measures. Practical application and process integration Specification details such as the insert thickness and tolerance class support straightforward integration into existing toolholders. The plate is supplied in the standard M tolerance class and the execution variant labelled T, which are commonly used in industrial setups for consistent mounting and predictable runout behaviour. For process planning, the combination of Tiger·tec Gold technology and the insert’s geometry can reduce the number of different grades required across a machine park, simplifying inventory while preserving machining performance. Discuss Tiger·tec Gold milling solutions with Metav Werkzeuge for tailored process advice and quoting — contact info@metav-werkzeuge.com or call +49 2822 7131930 Technical Data Article number: ADMT160630L-F56-WSP45G-WALTER Designation: ADMT160630L-F56 WSP45G Series: Tiger·tec Gold Manufacturer: Walter Tools Dimensions & Core Specs Plate size: 16 Plate thickness: 06 Corner radius: R3 Relief angle: 15° Plate form: Parallelogram 85° Chipbreaker: F56 Tolerance class: M Execution: T Materials & Special Features Grade: WSP45G (PVD-coated carbide) Material application: steel (P), stainless steel (M), superalloys/titanium (S) Suitable for axial milling applications Robust edge stability and controlled chip formation Parallelogram geometry for effective chip evacuation FAQ What materials can be machined with this insert? The ADMT160630L-F56 WSP45G insert is specified for steel, stainless steel and heat‑resistant superalloys (ISO groups P, M, S), making it suitable for varied production tasks. How does the Tiger·tec Gold coating benefit machining? The Tiger·tec Gold PVD coating on the WSP45G grade increases wear resistance and helps manage heat at the cutting edge, which typically results in longer tool life and more consistent surface quality. Is the insert geometry suitable for both roughing and finishing? Yes, the parallelogram 85° shape combined with the F56 chipbreaker provides good chip control and reduced radial forces, allowing use in both roughing and finishing cycles depending on cutting data. What does the R3 corner radius imply for cutting forces? A 3 mm corner radius offers improved edge strength and distributes cutting forces over a larger area, which reduces the likelihood of edge chipping under heavy or interrupted cuts. Which series and grade should be stocked for flexible operations? Keeping stock of the Tiger·tec Gold series in the WSP45G grade alongside a range of insert sizes like this ADMT160630L‑F56 allows flexibility across steels, stainless and high-temperature alloys while simplifying inventory. Hersteller: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Geschützte Markenzeichen und Warenbezeichnungen liegen im Recht ihrer jeweiligen Eigentümer. Markennamen und geschützte Warenbezeichnungen werden ausschließlich zu Erklärungszwecken genannt. Es besteht keinerlei Verbindung zwischen unserem Unternehmen und den genannten Marken. Es handelt sich bei dem angebotenen Artikel um originale fabrikneue Waren des Herstellers.*
ADMT160630R-F56 WKP35G Wendeplatten - Walter Tools
Fräswendeschneidplatte ADMT160630R-F56 WKP35G von Walter Tools für Stahl und Gusseisen ADMT160630R-F56 WKP35G ist eine Hochleistungs-Fräswendeschneidplatte zur produktiven Zerspanung von Stahl und Gusseisen. Tiger·tec Gold Beschichtung für lange Standzeit Optimierte Spanformer F56 für stabile Spanabfuhr Parallelogramm 85° Form für vielseitige Einsatzwinkel FreiWinkel 15° sorgt für zuverlässige Schneidkante Eckenradius 3 für robuste Kantentragfähigkeit Hohe Prozesssicherheit und Wirtschaftlichkeit durch Beschichtung Die Tiger·tec Gold Beschichtung kombiniert Verschleißschutz und Wärmeleitfähigkeit, wodurch die Wendeschneidplatte besonders wirtschaftlich im Dauereinsatz arbeitet. Nutzer profitieren von konstanter Schneidkantenstabilität und reduzierten Maschinenstillständen. Durch die beschichtete Hartmetallsorte WKP35G ergeben sich längere Standzeiten bei der Bearbeitung von Stahl und Gusseisen, was die Teilekosten pro Werkstück spürbar senkt. Geometrie, Spanbildung und Ergebnisqualität Die Parallelogramm-Form mit 85° und ein FreiWinkel von 15° erzeugen eine kontrollierte Spanbildung und schonen die Schneidkante. Der eingebaute Spanbrecher F56 unterstützt die Spanteilung speziell bei bruchfreudigen Gussmaterialien, während der Eckenradius 3 die Kantentragfähigkeit erhöht. Das Resultat sind reproduzierbare Oberflächen und eine gleichmäßige Werkzeugstandzeit bei Serienfertigung. Einsatzfelder und Materialanpassung Die Wendeschneidplatte ist für die Bearbeitung von Stahl (ISO-Gruppe P) und Gusseisen (ISO-Gruppe K) konzipiert. ISO-Kennzeichnungen stehen für die Materialgruppen: P für unlegierte und legierte Stähle, K für abrasive Gusswerkstoffe mit kurzbrechenden Spanbildern. Durch diese Ausrichtung eignet sich die Platte sowohl für universelle Fräsaufgaben als auch für produktive Hochleistungsprozesse in der Serienfertigung. Praxistauglichkeit, Montage und Wirtschaftlichkeit Die Ausführung T und die kompakte Plattendicke 06 bieten eine stabile Sitzlage im Plattensitz und einfache Handhabung beim Werkzeugwechsel. Anwender schätzen die Kombination aus robuster Mechanik und moderner Schneidstofftechnologie, weil sie den Bearbeitungsprozess sicherer und planbarer macht. Die Platte eignet sich besonders für Fertigungsumgebungen, in denen Standzeit und Reproduzierbarkeit über Wirtschaftlichkeit entscheiden. Für besonders produktive Fräsaufgaben die Tiger·tec Gold Sorte WKP35G einsetzen und eine Anfrage direkt an Metav Werkzeuge richten: info@metav-werkzeuge.com, Telefon +49 2822 7131930 Produktmerkmale Artikelnummer: ADMT160630R-F56-WKP35G-WALTER Marke: Walter Tools Produktart: Fräswendeschneidplatte Serie: Tiger-tec Gold Sorte: WKP35G Daten FreiWinkel: 15° Eckenradius: 3 Plattengröße: 16 Plattendicke: 06 Toleranzklasse: M Besonderheiten Plattenform: Parallelogramm 85° Spanbrecher: F56 Material: P / K (P = Stahl, K = Gusseisen) Ausführung: T Bezeichnung: ADMT160630R-F56 ISO-Bezeichnung: ADMT160630R-F56 WKP35G FAQ Was zeichnet die Beschichtung Tiger·tec Gold bei dieser Wendeschneidplatte aus? Die Tiger·tec Gold Beschichtung der Fräswendeschneidplatte sorgt für verbesserten Verschleißschutz und höhere Wärmebeständigkeit, wodurch die Standzeit der ADMT160630R-F56 WKP35G bei der Bearbeitung von Stahl und Gusseisen verlängert wird. Für welche Werkstoffe ist die Platte besonders geeignet? Die Platte ist auf ISO-Gruppe P (Stahl) und K (Gusseisen) ausgelegt, daher eignet sich die ADMT160630R-F56 WKP35G besonders für unlegierte und legierte Stähle sowie abrasive Gusswerkstoffe. Welche Vorteile bringt der Spanbrecher F56 in der Praxis? Der Spanbrecher F56 fördert eine kontrollierte Spanteilung, reduziert Spanverwicklungen und verbessert so die Prozessstabilität bei der Serienbearbeitung mit der Fräswendeschneidplatte von Walter Tools. Wie beeinflusst der Eckenradius die Bearbeitungsergebnisse? Ein Eckenradius von 3 erhöht die Kantentragfähigkeit und reduziert Mikroausbrüche, was zu gleichmäßigeren Oberflächen und längeren Werkzeugstandzeiten bei der ADMT160630R-F56 WKP35G führt. Ist die Platte für Hochleistungs-Fräsoperationen geeignet? Ja, die Kombination aus beschichtetem Hartmetall, optimierter Geometrie und Spanformer macht die Platte geeignet für produktive Hochleistungsprozesse in der Serienfertigung. Hersteller: Walter Tools; Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Geschützte Markenzeichen und Warenbezeichnungen liegen im Recht ihrer jeweiligen Eigentümer. Markennamen und geschützte Warenzeichen werden ausschließlich zu Erklärungszwecken genannt. Es besteht keinerlei Verbindung zwischen unserem Unternehmen und den genannten Marken. Es handelt sich bei dem angebotenen Artikel um originale fabrikneue Waren des Herstellers.
ADMT160630R-F56 WKP35S Wendeplatten - Walter Tools
Take advantage of Tiger·tec Silver wear resistance and the WKP35S grade for reliable machining of steel and cast iron; the parallelogram 85° geometry with a 3 mm corner radius ensures stable cuts and consistent surface quality. Order genuine Walter Tools inserts directly via Metav Werkzeuge or consult our technical advisors for application-specific recommendations. ADMT160630R-F56 WKP35S — Fräswendeschneidplatte by Walter Tools (Tiger·tec Silver, P/K application) ADMT160630R-F56 WKP35S is a coated carbide milling insert designed for productive machining of steel and cast iron in ISO material groups P and K. Tiger·tec Silver coating for high wear resistance Optimised WKP35S grade for steel and cast iron Parallelogram 85° shape with 3 mm corner radius F56 chipbreaker for controlled chip formation 15° clearance angle for axial stability Reduce cycle time with a grade tuned to P and K materials The combination of the WKP35S coated carbide grade and the Tiger·tec Silver coating delivers a balance of wear resistance and edge robustness that is particularly effective when machining ISO group P (steel) and K (cast iron). The coating reduces flank and crater wear under the thermal and mechanical loads typical for steel turning and milling, which extends tool life and reduces the frequency of index changes. As a result, production runs benefit from fewer interruptions and more predictable tooling costs, contributing directly to improved process economics. Geometry that stabilises the cut and improves surface integrity The parallelogram 85° insert geometry with a 3 mm corner radius and a 15° clearance angle provides axial stability and a consistent cutting engagement. This design reduces vibration and distributes cutting forces over a larger edge segment, helping to achieve a better surface finish and longer edge life in both roughing and semi-finishing operations. The F56 chipbreaker is engineered to produce fragmented, manageable chips when cutting steel and cast iron, enhancing machine safety and improving swarf evacuation without sacrificing material removal rates. Predictable performance for series production and flexible tool setup With a stable cutting edge and consistent chip control, this insert supports repeatable results across batches and setups; tool scheduling becomes simpler and toolholder changes are less disruptive. The insert’s tolerance class M and robust grade reduce the need for frequent offset corrections, while the coated substrate handles typical heat and abrasion encountered in medium-duty milling. For manufacturing environments where process security and uniform part quality are priorities, this insert contributes to steady throughput and lower overall tooling expenditure. Speak with Metav Werkzeuge for tailored machining parameters, sample trials or to secure genuine Walter Tools Tiger·tec Silver inserts; technical consultation and order support are available by email at info@metav-werkzeuge.com or by phone at +49 2822 7131930 Technical Data SKU: ADMT160630R-F56-WKP35S-WALTER Designation: ADMT160630R-F56 WKP35S Manufacturer: Walter Tools Numbers / Core Technical Data Clearance angle: 15° Corner radius: 3 Plate size: 16 Plate thickness: 06 Tolerance class: M Designs / Special Features Series: Tiger·tec Silver Grade: WKP35S (coated carbide) Chipbreaker: F56 Shape: Parallelogram 85° Material suitability: P / K (steel, cast iron) FAQ What materials is this insert intended for? The ADMT160630R-F56 WKP35S insert is designed for ISO group P and K materials, meaning it is suitable for machining steel and cast iron with the Walter Tools Tiger·tec Silver grade. Is the insert coated and what benefit does the coating provide? Yes, the insert features the Tiger·tec Silver coating; this coating improves wear resistance and helps maintain a stable cutting edge during extended milling operations. How does the F56 chipbreaker affect machining? The F56 chipbreaker on this Walter Tools milling insert produces controlled, fragmented chips that aid evacuation and reduce the risk of long, tangled swarf during operations on steel and cast iron. Which insert geometry contributes to surface finish and stability? The parallelogram 85° form combined with a 3 mm corner radius and a 15° clearance angle delivers axial stability and a smoother cutting action, supporting improved surface integrity. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Protected trademarks and trade names are the property of their respective owners. Brand names and protected product names are mentioned for explanatory purposes only. There is no affiliation between our company and the named brands. The offered item is an original, factory-new product of the manufacturer.
ADMT160630R-F56 WSM35G T Wendeplatten - Walter Tools
Take advantage of the combination of Tiger‑tec Gold coating, the WSM35G grade and the optimised F56 chipbreaker for reliable machining of stainless steels and heat‑resistant alloys; order directly via Metav Werkzeuge or consult our specialists for application guidance. ADMT160630R-F56 WSM35G milling indexable insert – for stainless steel & superalloys, 15° (Walter Tools) The ADMT160630R-F56 WSM35G is a Tiger‑tec Gold coated milling insert designed for productive machining of rostfreie Stähle and heat‑resistant superalloys, combining stable cutting edges with predictable chip control. Tiger‑tec Gold coated for high edge stability Optimised chipbreaker F56 for secure chip control Parallelogram 85° form for versatile milling Suitable for stainless steel and superalloys Improved process reliability through advanced coating and grade The combination of the Tiger‑tec Gold coating and the WSM35G coated carbide grade offers enhanced thermal resistance and abrasion protection, which supports sustained cutting performance when machining materials that generate heat and tend to build up on the cutting edge. For materials classified under ISO group M and S, this coating‑and‑grade pairing reduces the risk of built‑up edge and contributes to more stable cutting forces, translating into fewer interruptions and more consistent component quality. The result is a measurable improvement in process reliability for demanding production environments. Stable chip control and surface quality from engineered geometry With an optimised F56 chipbreaker and a parallelogram insert form, chip formation is controlled even when working with tough, ductile materials. The insert’s 15° free angle and precise geometry promote predictable chip flow, which lowers the chance of snarled chips and improves surface finish on each pass. A defined corner radius of 3 further balances edge strength with achievable surface integrity, so a single insert geometry supports both robust material removal and acceptable finishing passes when the application requires it. Flexible milling strategies via robust shape and mounting The parallelogram 85° plate form combined with the thickness code 06 provides a rigid mounting and a cutting orientation suitable for a range of milling strategies, from shoulder milling to light slotting depending on cutter design. This geometry aids in directional stability and allows toolpaths to be adapted without changing insert family, reducing tool inventory complexity. The insert size 16 and its standardised fixing mean simple integration into existing cutter bodies while maintaining repeatable positioning for consistent results. Productivity gains and reduced downtime through consistent performance Built for the machining of rostfreie Stähle and heat‑resistant alloys, the WSM35G grade focuses on edge robustness and predictable wear behaviour. Together with the F56 chipbreaker, it enables longer intervals between index changes and less rework, supporting higher output and lower overheads per finished part. For further technical details or application‑specific cutting data, Metav Werkzeuge provides consultancy and supplementary documentation to ensure the insert is applied in the most efficient manner for the task at hand. For process‑critical milling tasks, choose the Walter Tools Tiger‑tec Gold WSM35G insert and contact Metav Werkzeuge for tailored advice and ordering assistance. Technical data Article number: ADMT160630R-F56-WSM35G-WALTER Name: ADMT160630R-F56 WSM35G Manufacturer: Walter Tools Numbers Free angle: 15° Corner radius: 3 Plate size: 16 Plate thickness code: 06 Plate form angle: 85° Special features Coating: Tiger‑tec Gold Grade: WSM35G Chipbreaker: F56 Series: Tiger‑tec Gold Tolerance class: M Material suitability: S / M FAQ Is this insert suitable for stainless steels? Yes. The ADMT160630R-F56 WSM35G insert uses the WSM35G grade and Tiger‑tec Gold coating, making it suitable for machining rostfreie Stähle (ISO group M) with improved edge stability. Can the insert be used on heat‑resistant superalloys and titanium? The coated carbide grade and chipbreaker design support applications in the ISO S group, which includes heat‑resistant superalloys and titanium alloys, offering better thermal resistance and edge life. What does the F56 chipbreaker do? The F56 chipbreaker is engineered to control chip formation and evacuation during milling, reducing the risk of built‑up edge and improving surface consistency across passes. How does the parallelogram 85° form benefit milling operations? Parallelogram 85° geometry provides a stable cutting orientation and versatile engagement angles, enabling adaptable milling strategies while maintaining repeatable insert clamping and positioning. How to identify the correct insert when ordering? Refer to the SKU ADMT160630R-F56-WSM35G-WALTER or the ISO designation ADMT160630R-F56 WSM35G to ensure the exact grade, chipbreaker and form are supplied. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen Protected trademarks and trade names are the property of their respective owners. Brand names and protected trademarks are mentioned for explanatory purposes only. There is no connection between our company and the named brands. The offered item is original, brand‑new goods from the manufacturer.
ADMT160630R-F56 WSP45G Wendeplatten - Walter Tools
Take advantage of the Tiger‑tec Gold coating and the robust WSP45G grade combined with a Parallelogram 85° geometry and an R3 corner radius for stable chip formation and predictable tool life; order the ADMT160630R-F56 WSP45G directly via Metav Werkzeuge or contact our consultants for tailored application advice. ADMT160630R-F56 WSP45G milling indexable insert by Walter Tools — Tiger‑tec Gold PVD, Parallelogram 85°, R3 The ADMT160630R-F56 WSP45G is a PVD‑coated milling indexable insert designed for productive milling of steel, stainless steel and heat‑resistant superalloys and titanium. Tiger‑tec Gold PVD coating for enhanced wear resistance Designed for steel, stainless and superalloys (P/M/S) Parallelogram 85° geometry, 15° relief angle Radius R3 with F56 chipbreaker for stable chip control Deliver predictable tool life and higher throughput The combination of Tiger‑tec Gold coating and the WSP45G cutting grade gives a balance between toughness and wear resistance that is tailored for milling. The PVD coating reduces flank wear under the thermal loads typical in machining steel, stainless steel and superalloys, while the grade composition supports consistent edge condition over multiple indexings. This results in fewer interruptions for insert changes and more stable cycle times — an advantage in batch production and CNC cell environments. Measurable parameters such as the insert size 16 and plate thickness 06 provide a compact cutting edge suited to many standard milling cutters. Geometry that secures consistent surface finish and chip control The Parallelogram 85° form and a 15° relief angle create a favourable cutting approach that reduces radial cutting forces and promotes a clean shearing action. The corner radius R3 delivers a compromise between edge strength and surface finish, while the F56 chipbreaker is engineered to control and segment chips for interrupted cuts and difficult‑to‑machine alloys. The tolerance class M ensures repeatable insert dimensions for close toolholder fitment, contributing to consistent part geometry and surface quality across production runs. For those unfamiliar with chipbreakers: they form and curl the chip so evacuation is predictable, lowering the risk of recutting and improving tool life. Integration into production and recommended applications This insert is intended for versatile milling operations where a reliable, general‑purpose grade is required. The hardwearing PVD surface and robust substrate make it suitable for roughing as well as semi‑finishing passes in demanding materials, particularly when machining components that require steady material removal rates and controlled heat at the cutting edge. The insert’s execution T and geometry favour machines and toolholders that can maintain positional stability; pairing with a suitably rigid cutter and optimised feeds will maximise the benefit of the Tiger‑tec Gold technology. For process planning, consider the combination of chipbreaker F56 and corner radius R3 when selecting feeds to balance surface finish and cycle time. Contact Metav Werkzeuge for application support and to secure the ADMT160630R-F56 WSP45G insert for production use; technical consultants are available to advise on cutter integration and cutting data Technical Data Article number: ADMT160630R-F56-WSP45G-WALTER Item: ADMT160630R-F56 WSP45G Manufacturer: Walter Tools Facts Insert size: 16 Plate thickness: 06 Corner radius: 3 Relief angle: 15° Tolerance class: M Special features Coating: Tiger‑tec Gold (PVD) Grade: WSP45G (coated carbide) Chipbreaker: F56 Shape: Parallelogram 85° Applicable materials: steel, stainless steel, superalloys, titanium Execution: T FAQ What materials is this insert suitable for? The ADMT160630R-F56 WSP45G insert is specified for P/M/S groups, meaning it is suitable for steel, stainless steel and heat‑resistant superalloys including titanium. What role does the F56 chipbreaker play? The F56 chipbreaker on this Walter Tools milling insert controls chip formation and evacuation to reduce recutting and support steady machining in interrupted or continuous milling. How does the Parallelogram 85° geometry benefit machining? Parallelogram 85° geometry reduces radial cutting forces and supports a positive cutting action, which helps achieve consistent surface quality and longer tool life in many milling applications. What does the tolerance class M indicate? Tolerance class M indicates medium tolerance for dimensional repeatability, ensuring reliable seating in standard toolholders and consistent performance across multiple indexings. Which cutter types pair well with this insert? Rigid milling cutters with secure clamping and minimal run‑out are recommended for best results with the ADMT160630R-F56 WSP45G insert, especially when machining tougher alloys. Manufacturer/Responsible: Walter Tools; Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Protected trademarks and trade names are the property of their respective owners. Brand names are mentioned for explanatory purposes only; there is no affiliation between our company and the named brands. The offered item is original, brand‑new goods from the manufacturer Walter Tools.
ADMT160632R-F56 WKP35G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold performance, the WKP35G carbide grade and the controlled F56 chipbreaker for consistent productivity in steel and cast iron machining; order directly via Metav Werkzeuge or consult our application specialists for process-optimised tool selection. Fräswendeschneidplatte ADMT160632R-F56 WKP35G – Tiger·tec Gold coated milling insert for steel and cast iron by Walter Tools The ADMT160632R-F56 WKP35G is a precision milling insert engineered for high-productivity finishing and interrupted cuts in steel and cast iron applications Tiger·tec Gold coating for long tool life Grade WKP35G for P and K materials 15° clearance angle for stable cutting Parallelogram 85° shape for secure seating Boosted productivity through a proven carbide grade The WKP35G grade, integrated in the Tiger·tec Gold family, offers a balanced combination of wear resistance and toughness tailored for machining steel and cast iron. As a coated carbide solution, the insert promotes predictable chip formation and extended cutting intervals, reducing the frequency of tool changes and machine downtime. The built-in F56 chipbreaker is designed to control chip flow under typical steel and cast iron cutting conditions, which in turn supports a stable process and consistent surface quality. Stable geometry for reliable cutting performance The insert's parallelogram form with an 85° seat and a 15° clearance angle delivers a stiff, low-vibration cutting geometry that improves tool life and repeatability. The 3.2 mm corner radius increases edge strength for interrupted cuts while the specified plate size and thickness ensure correct seating in compatible toolholders. Tolerance class M guarantees dimensional consistency, so the component is suitable for series production where predictable positioning and repeatable results are essential. Practical benefits: efficiency, service life and handling As an indexable milling solution the insert simplifies maintenance cycles: worn cutting edges are replaced quickly without regrinding complete tools, enabling cost-effective tool management. The coated carbide construction supports higher cutting speeds and stable wear behaviour, which increases throughput and lowers unit cost in many machining scenarios. For application-specific recommendations or data sheets, Metav Werkzeuge provides technical support to match the insert to the chosen cutter body and machining strategy. Contact Metav Werkzeuge for tailored application advice or to reserve this Walter Tools ADMT160632R-F56 WKP35G insert; email info@metav-werkzeuge.com or call +49 2822 7131930 for immediate assistance Technical data SKU: ADMT160632R-F56-WKP35G-WALTER Designation: ADMT160632R-F56 ISO designation: ADMT160632R-F56 WKP35G Series: Tiger-tec Gold Grade: WKP35G Manufacturer: Walter Tools Core specifications Size: 16 Thickness: 06 Clearance angle: 15° Corner radius: 3.2 mm Shape: Parallelogram 85° Tolerance class: M Materials & features Material designation: P / K Suitable for: steel, cast iron Chipbreaker: F56 Coating technology: Tiger·tec Gold Execution: T FAQ Which materials is this insert suitable for? The ADMT160632R-F56 WKP35G insert is specified for steel (P) and cast iron (K) machining and is optimised by the Tiger·tec Gold coating for these material groups. What does the F56 chipbreaker achieve? The F56 chipbreaker on this Walter Tools milling insert controls chip shape and evacuation, supporting safe, predictable chip flow when machining steels and cast irons. Can this insert be used for stainless steel? Stainless steel is not listed among the certified material groups for the WKP35G grade; the insert is designed primarily for P and K workpieces. How does the 3.2 mm corner radius affect performance? A 3.2 mm corner radius increases edge robustness, which improves resistance to chipping during interrupted cuts and helps maintain surface quality on demanding finishes. Is the Tiger·tec Gold coating beneficial for higher cutting speeds? Yes, the Tiger·tec Gold coating improves wear resistance and thermal stability, enabling more aggressive cutting parameters and longer edge life in many steel and cast iron applications. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany Protected trademarks and trade names are the property of their respective owners. Brand names and protected product names are mentioned exclusively for explanatory purposes. There is no affiliation between our company and the named brands. The offered item is an original, factory-new product of the manufacturer.
ADMT160632R-F56 WKP35S Wendeplatten - Walter Tools
Take advantage of the combination of Tiger‑tec Silver coating performance, precise parallelogram 85° geometry and efficient chip control for steady production. Order the ADMT160632R-F56 WKP35S indexable milling insert via Metav Werkzeuge or request advice from Metav Werkzeuge consultants. ADMT160632R-F56 WKP35S indexable milling insert by Walter Tools for steel and cast iron, Tiger‑tec Silver coated The ADMT160632R-F56 WKP35S is an indexable milling insert designed for medium- to high‑productivity machining of steel and cast iron, combining a robust grade with geometry optimised for chip formation and edge stability. Tiger‑tec Silver coating for high wear resistance WKP35S grade for broad material coverage Parallelogram 85° shape for strong cutting edge 15° clearance with 3.2 mm corner radius Proven coating technology for extended tool life The insert uses the Tiger‑tec Silver concept and the WKP35S coated carbide grade, engineered to reduce flank and crater wear under cyclic cutting conditions. This coating system improves thermal resistance and helps maintain a stable cutting edge, which lengthens service intervals and reduces unplanned tool changes. The result is a measurable increase in uptime and predictable tool performance in series production. Geometry and chip control that enhance process stability A parallelogram 85° shape combined with the F56 chipbreaker provides controlled chip flow and consistent surface finish. The 15° clearance angle lowers rubbing and heat build‑up at the flank, while the 3.2 mm corner radius supports robust feed rates and helps avoid premature edge chipping. These geometrical choices lead to smoother cutting, less vibration and reliable repeatability on successive parts. Optimised for steel (P) and cast iron (K) applications Designed for ISO material groups P (steel) and K (cast iron), this insert handles the typical heat development and chip forms of unalloyed and alloyed steels as well as the abrasive nature and short, breaking chips of cast materials. That makes it suitable for workshops and production lines aiming for consistent component tolerances and efficient material removal across mixed batches. Production-friendly sizing and consistent performance With a nominal size of 16 and a compact thickness designation, the insert integrates into standard toolholder systems for indexable milling. The robust grade and geometry contribute to predictable tool life and reduced changeover frequency, supporting continuous machining strategies and improved cost‑effectiveness per part. Backed by Walter Tools know‑how, the insert helps maintain process consistency in high‑demand environments. For reliable high‑volume machining with Walter Tools' Tiger‑tec Silver grade, contact Metav Werkzeuge for tailored technical advice and prompt supply from stock. Technical data Article number: ADMT160632R-F56-WKP35S-WALTER Designation: ADMT160632R-F56 WKP35S Manufacturer: Walter Tools SKU: ADMT160632R-F56-WKP35S-WALTER Core specifications Grade / series: WKP35S / Tiger‑tec Silver Geometry: Parallelogram 85° Clearance angle: 15° Corner radius: 3.2 mm Chipbreaker: F56 Size: 16 Thickness designation: 06 Tolerance class: M Materials & special features Suitable for: steel (P) Suitable for: cast iron (K) Coated carbide grade for improved wear resistance Robust chip control for short and broken chips Stable cutting edge for productive machining FAQ What materials is this insert suitable for? The ADMT160632R-F56 WKP35S insert is specified for ISO groups P and K, meaning it is suitable for machining steel and cast iron with effective chip control and wear resistance. How does the Tiger‑tec Silver coating improve performance? The Tiger‑tec Silver coating on the WKP35S grade increases thermal resistance and reduces flank and crater wear, which helps maintain the cutting edge and extend service life under continuous machining. What is the benefit of the parallelogram 85° geometry? The parallelogram 85° shape strengthens the cutting edge and supports low‑vibration cutting, contributing to consistent surface finish and enhanced edge stability during milling. Why is the 3.2 mm corner radius important? A 3.2 mm corner radius provides edge reinforcement for higher feed rates and reduces the risk of chipping, which supports longer tool life and reliable dimensional results. What role does the F56 chipbreaker play? The F56 chipbreaker is engineered to produce controlled, short chips for cast iron and segmented chips for steel, improving evacuation and reducing the chance of entangling chips at the cutter. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Walter AG (brand: Walter Tools) is one of the world’s leading manufacturers of precision tools for metalworking and operates under the trade name Walter Tools as part of the Sandvik Group. Protected trademarks and product names remain the property of their respective owners. Mention of brands and trademarks is for explanatory purposes only and does not imply any affiliation with Metav Werkzeuge.
ADMT160632R-F56 WSM35G T Wendeplatten - Walter Tools
Benefit from the combination of the Tiger‑tec Gold grade and a 15° relief angle for secure chip formation and longer edge life; the robust 3.2 mm corner radius supports heavy cutting and reliable performance. Order the ADMT160632R-F56 WSM35G insert directly via Metav Werkzeuge or consult our specialists for application-specific advice. ADMT160632R-F56 WSM35G – Milling indexable insert for stainless steels and superalloys (Walter Tools) A high-performance milling insert, ADMT160632R-F56 WSM35G, designed for productive roughing and semi-finishing of stainless steels and heat‑resistant alloys. Tiger‑tec Gold coated grade WSM35G 15° relief for stable cutting 3.2 mm corner radius for robust edge Parallelogram 85° form for flexible milling Secure chip control and longer tool life for demanding materials The combination of the WSM35G grade and the Tiger‑tec Gold coating stabilises the cutting edge under thermal stress, which results in consistent chip control and reduced edge build‑up when machining tough materials. The insert’s design supports a repeatable cutting process that increases the intervals between tool changes and lowers overall production interruptions. As a consequence, cycle times are kept predictable and machining quality remains constant even under challenging conditions. Geometry optimised for heavy cutting and edge strength A parallelogram 85° insert form paired with a 3.2 mm corner radius provides a balance between cutting robustness and accessibility in pocketed geometries. The positive engagement from the insert geometry reduces cutting forces at the start of engagement, while the generous corner radius disperses load over a larger area to protect the edge during interrupted cuts. This means improved resistance to chipping and steady performance in demanding milling operations. Proven suitability for stainless steels and superalloys Marked for the ISO material groups M and S, this grade is tailored for stainless steels and heat‑resistant superalloys or titanium applications. Materials in these groups typically generate high temperatures at the cutting zone and tend to form long or adhesive chips; the WSM35G composition and its coating technology are optimised to support secure chip formation and maintain a stable cutting edge under such conditions. For shops processing corrosion‑resistant or high‑temperature alloys, the insert delivers consistent surface results and repeatable machining cycles. Practical advantages for shopfloor productivity The integrated F56 chipbreaker and the insert’s thickness code provide a predictable chip shape and evacuation pattern suitable for continuous milling passes, which reduces the need for manual chip management and cleaning. The insert’s construction supports straightforward indexation and handling, simplifying tool inventory and changeover. Combined with Walter Tools’ manufacturing standards, these attributes help to increase operational uptime and contribute to a more economical machining workflow. Contact Metav Werkzeuge for tailored application advice on Walter Tools Tiger‑tec Gold inserts to secure optimal tool life and process reliability with the ADMT160632R-F56 WSM35G Technical Data SKU: ADMT160632R-F56-WSM35G-WALTER Designation: ADMT160632R-F56 WSM35G Manufacturer: Walter Tools Facts Free angle: 15° Corner radius: 3.2 mm Insert size: 16 Thickness code: 06 Tolerance class: M Special features Series: Tiger‑tec Gold Grade: WSM35G Chipbreaker: F56 Form: Parallelogram 85° Execution: T Material suitability: S / M (superalloys/titanium and stainless steels) FAQ What materials is this insert suitable for? The ADMT160632R-F56 WSM35G milling insert (Walter Tools) is specified for ISO groups M and S, making it suitable for stainless steels and heat‑resistant superalloys or titanium. How does the Tiger‑tec Gold grade affect performance? The Tiger‑tec Gold coating on the WSM35G grade enhances thermal resistance and wear behaviour, which helps maintain edge stability and consistent chip control in demanding machining of tough materials. What advantage does the parallelogram 85° form offer? The parallelogram 85° geometry provides flexible engagement angles for various milling tasks and supports stable cutting forces, while the 3.2 mm corner radius increases edge strength during heavy or interrupted cuts. Is the F56 chipbreaker suitable for continuous milling? Yes, the F56 chipbreaker is designed to produce short, manageable chips in many continuous milling operations, improving evacuation and reducing the risk of entanglement. Walter Tools: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany Registered trademarks and trade names are the property of their respective owners. Brand names and protected product names are mentioned for explanatory purposes only. There is no connection between our company and the mentioned brands. The offered item is an original, factory‑new product of the manufacturer.
ADMT160632R-F56 WSP45G T Wendeplatten - Walter Tools
Benefit from a combination of high wear resistance, stable chip control and versatile material capability for reliable milling cycles; the Tiger‑tec Gold grade ensures long tool life while the parallelogram geometry and 15° clearance support consistent surface quality. Order directly via Metav Werkzeuge or consult the team for application-specific advice. ADMT160632R-F56 WSP45G indexable milling insert – Tiger‑tec Gold, 15° clearance (Walter Tools) The ADMT160632R-F56 WSP45G is an indexable milling insert engineered for versatile face and shoulder milling, combining a PVD‑coated carbide grade with an F56 chipbreaker for secure chip control in demanding applications. Tiger‑tec Gold PVD coating for increased wear resistance Versatile grade WSP45G for steel, stainless and superalloys Parallelogram 85° shape with 3.2 mm corner radius 15° clearance angle for stable cutting performance Faster throughput through engineered coating and grade The combination of the Tiger‑tec Gold coating and the WSP45G grade delivers measurable productivity advantages in milling operations. The PVD multilayer coating increases wear resistance, which reduces insert changes and machine downtime; the optimised substrate and coating adhesion maintain a sharp cutting edge under fluctuating thermal loads. For production environments that prioritise consistent cycle times, this insert offers a favourable cost‑per‑part balance by extending service intervals and supporting higher average cutting distances between index changes. Geometry that improves process stability and surface finish The parallelogram 85° form and 3.2 mm corner radius are designed to balance strength and finishing capability. The geometry reduces radial engagement spikes and distributes cutting forces across a larger edge length, resulting in more stable cutting behaviour and improved component surface quality. The integrated F56 chipbreaker facilitates controlled chip segmentation, lowering the risk of built‑up edge and enabling reliable evacuation in both up‑ and down‑milling directions—particularly beneficial for multi‑pass finishing where repeatable outcomes are required. Broad material capability for diverse production needs Approved for ISO groups P, M and S, this insert is suited to machining a wide range of materials including carbon and alloyed steel, stainless steel and high‑temperature superalloys or titanium. The grade’s toughness and thermal resistance help prevent premature chipping when cutting ductile or heat‑generating workpieces, while the coating supports elevated speeds where appropriate. For mixed‑batch shops or fixtures that must handle varying alloys, the insert reduces tooling variety without compromising reliability. Practical advantages for workshop decision‑makers Beyond technical attributes, this insert contributes to smoother operations through repeatable performance and simplified tool management. The standard designation and cartridge compatibility ease replenishment; the robust edge preparation assists in predictable tool life estimation. For production planners, the combined benefits translate into fewer unscheduled stops and more consistent part quality, reinforcing process capability and lowering overall machining cost when integrated into a programmed tooling strategy. Contact Metav Werkzeuge for tailored application recommendations and to secure Walter Tools ADMT160632R-F56 WSP45G inserts for immediate delivery Technical data Article number: ADMT160632R-F56-WSP45G-WALTER Product designation: ADMT160632R-F56 WSP45G Manufacturer: Walter Tools Product type: Indexable milling insert Core specifications Clearance angle: 15° Corner radius: 3.2 mm Insert size: 16 Plate thickness: 06 Tolerance class: M Insert form: Parallelogram 85° Materials & features Grade: WSP45G Series: Tiger‑tec Gold Chipbreaker: F56 Coating: PVD coated carbide Applicable material groups: P (steel), M (stainless steel), S (superalloys/titanium) Designation without grade: ADMT160632R-F56 Execution: T FAQ What materials can this insert machine effectively? The ADMT160632R-F56 WSP45G insert is suitable for ISO groups P, M and S, meaning it machines steel, stainless steel and heat‑resistant superalloys including titanium with reliable chip control. How does the Tiger‑tec Gold coating improve performance? Tiger‑tec Gold enhances the insert’s wear resistance and thermal stability; in the ADMT160632R-F56 WSP45G this results in longer edge life and more consistent removal rates under elevated temperatures. Which geometry features support better surface finish? The parallelogram 85° shape combined with a 3.2 mm corner radius provides distributed cutting forces and the F56 chipbreaker secures controlled chip formation, together improving surface quality during finishing passes. Is this insert suitable for high‑speed milling? The PVD‑coated carbide and the WSP45G grade are designed to tolerate elevated cutting speeds where process parameters and machine setup permit, offering a balance between speed and edge stability. Can the ADMT160632R-F56 be used for both roughing and finishing? Yes; the insert’s toughness and chip control enable productive roughing, while the edge geometry and radius support fine finishing operations when adjusted for appropriate feeds and depths. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Protected trademarks and trade names are the property of their respective owners and are mentioned for explanatory purposes only. There is no affiliation between our company and the listed brands. The offered item is an original, factory‑new product from Walter Tools.
ADMT160640L-F56 WKP35G Wendeplatten - Walter Tools
Take advantage of the Tiger·tec Gold coating and WKP35G carbide grade for prolonged tool life and reliable chip control in steel and cast iron machining; order directly via Metav Werkzeuge or request advice from our technical consultants. ADMT160640L-F56 WKP35G milling indexable insert — Tiger·tec Gold, for steel and cast iron (Walter Tools) A ADMT160640L-F56 WKP35G milling insert engineered for stable face milling with a Tiger·tec Gold coated carbide grade, optimised for machining steel (P) and cast iron (K) Tiger·tec Gold coated carbide grade WKP35G For steel (P) and cast iron (K) applications Parallelogram 85° shape for secure clamping 15° relief and 4 mm corner radius Boosted tool life and process reliability through coating technology The combination of Tiger·tec Gold coating and the WKP35G carbide substrate delivers clear process advantages: improved wear resistance and consistent cutting-edge stability. These properties reduce downtimes and tooling change frequency, which translates into higher productive run times per tool set. For medium-duty face and shoulder milling, the coated grade supports stable chip formation under the typical thermal and mechanical loads encountered when machining steel and cast iron, enabling predictable tool performance across batch production. Geometry that secures repeatable machining results With a parallelogram 85° plate form, 15° relief and a 4 mm corner radius, the insert ensures secure clamping and favourable cutting engagement for a wide range of operations. The geometric setup contributes to even load distribution and minimises vibration, which improves surface finish and dimensional stability. The insert size 16 and plate thickness 06 are matched to common milling toolholders, offering a compact cutting edge that preserves rigidity while permitting effective chip evacuation when paired with the correct cutter body. Controlled chip flow for efficient machining The integrated F56 chipbreaker is designed to shape and control chips during operations on P- and K-class materials, reducing the risk of entanglement and promoting smooth evacuation. Controlled chip form lowers the likelihood of workpiece or tool damage and supports uninterrupted cycle times. When combined with the coated grade's abrasion resistance, the chip control features contribute to consistent machining quality and reduced secondary operations such as rework or manual cleaning. Application fit and production advantages This indexable plate is particularly suitable for industrial milling tasks where a balance of tool life and process security is required. The coating and grade selection favour users aiming to achieve longer tool lifespans and fewer tool changes, supporting cost-efficiency across production runs. For engineers seeking a reliable insert solution for mixed-series machining of steel and cast iron, the combination of robust coating, stable geometry and effective chip control offers measurable benefits in throughput and part quality. If specific cutting data or holder compatibility is needed, technical consultation is recommended. Contact Metav Werkzeuge for tailored application advice and to secure genuine Walter Tools Tiger·tec Gold inserts such as the ADMT160640L-F56 WKP35G Technical data Article number: ADMT160640L-F56-WKP35G-WALTER Designation: ADMT160640L-F56 WKP35G Product type: Milling indexable insert Manufacturer: Walter Tools Facts Insert size: 16 Plate thickness: 06 Relief angle: 15° Corner radius: 4 Chipbreaker: F56 Tolerance class: M Special features Coating / grade: Tiger·tec Gold, WKP35G Plate form: Parallelogram 85° Substrate / class: Coated carbide Material suitability: Steel (P) Material suitability: Cast iron (K) FAQ What materials are appropriate for this insert? The ADMT160640L-F56 WKP35G is suitable for machining steel (P) and cast iron (K) according to the grade characteristics and Tiger·tec Gold coating. What benefit does the Tiger·tec Gold coating provide? The Tiger·tec Gold coating on the WKP35G grade enhances wear resistance and cutting-edge stability, extending tool life during continuous milling of steels and cast irons. How does the parallelogram 85° form affect performance? The parallelogram 85° geometry offers secure clamping and stable cutting engagement, improving surface finish and repeatability in face milling applications. Which chipbreaker should be used for interrupted cuts or heavy cross-sections? The integrated F56 chipbreaker is designed for controlled chip formation on P and K materials and helps reduce chip-related issues during demanding cuts. Is this insert compatible with common cutter bodies? With an insert size 16 and plate thickness 06, the ADMT160640L-F56 WKP35G fits standard milling toolholders specified for this insert family; consult cutter supplier data for exact holder compatibility. Manufacturer: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany; part of the Walter Tools portfolio. The Walter AG (brand: Walter Tools) is one of the world’s leading manufacturers of precision tools for metalworking and is part of the Sandvik Group. Protected trademarks and trade names remain the property of their respective owners. The mentioned brand names are used for explanation only and indicate no affiliation between our company and the brand owners. The offered article is original and factory-new.
ADMT160640L-F56 WSP45G WSP45G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold coating, a versatile WSP45G grade and secure chip control for consistent milling results; order directly via Metav Werkzeuge or consult the team for application-specific guidance. ADMT160640L-F56 WSP45G — Indexable milling insert, Tiger·tec Gold, for Stahl, rostfreier Stahl and heat-resistant alloys — Walter Tools ADMT160640L-F56 WSP45G is an indexable milling insert designed for general and demanding milling tasks in a wide range of materials, offering a balance of edge stability and reliable chip control Tiger·tec Gold PVD coating Suitable for Stahl, rostfreier Stahl and superalloys Parallelogram 85° for positive cutting 15° relief and 4 mm corner radius Consistent performance for high-demand milling The WSP45G grade within the Tiger·tec Gold family provides a PVD-coated cemented carbide solution developed for versatility and durability. Its composition supports stable cutting edges under the heat and mechanical load typical for Stahl and rostfreier Stahl, reducing the risk of edge build-up and enabling more predictable tool life. The result is fewer interruption cycles and a smoother production flow, which helps maintain machining quality across mixed batches. Secure chip formation and improved process reliability The insert’s chipbreaker F56 geometry and parallelogram 85° form produce controlled chips and a positive cutting action that reduces vibration and enhances surface finish. With a 15° relief angle and a 4 mm corner radius, the geometry supports robust edge strength during shoulder milling and slotting operations. These design elements translate into tangible process security: stable cutting forces, lower tendency for built-up edge and longer intervals between indexings. Versatility across materials and applications Engineered for use with the material groups P, M and S, the grade is suited to a wide material mix including Stahl, rostfreier Stahl and heat-resistant superalloys (and titanium where applicable). This breadth means fewer insert changes and simplified tooling management for shops that machine mixed components. The combination of coating technology and substrate hardness enables effective machining at moderate to elevated cutting speeds with reliable wear resistance. Practical benefits for workshop productivity Adopting this indexable insert supports a rational cost-benefit balance: effective edge life reduces tooling consumption while the insert’s geometry contributes to shorter cycle times through consistent surface quality and minimal rework. For production environments seeking repeatability, the insert’s established grade and robust geometry help maintain part tolerances and reduce process variability, supporting both small-batch flexibility and serial production demands. Contact Metav Werkzeuge for tailored recommendations on tooling sets, cutting parameters and availability of ADMT160640L-F56 WSP45G — Metav Werkzeuge can advise on feed and speed combinations for specific materials and machining strategies Technical data SKU: ADMT160640L-F56-WSP45G-WALTER Article designation: ADMT160640L-F56 WSP45G Manufacturer: Walter Tools Facts Relief angle: 15° Corner radius: 4 mm Insert size: 16 mm Thickness code: 06 Tolerance class: M Special features Series: Tiger·tec Gold Grade: WSP45G (PVD-coated cemented carbide) Chipbreaker: F56 Shape: Parallelogram 85° Suitable for: Stahl, rostfreier Stahl, heat-resistant superalloys and titanium Execution: T FAQ What materials is this insert suitable for? The ADMT160640L-F56 WSP45G insert from Walter Tools is designed for machining Stahl, rostfreier Stahl and heat-resistant superalloys (including titanium applications where appropriate), thanks to the Tiger·tec Gold grade tailored for those material behaviours. How does the chipbreaker F56 help in milling operations? The F56 chipbreaker on this indexable insert promotes controlled chip formation, reducing vibration and improving surface quality; in the ADMT160640L-F56 WSP45G it supports stable cutting especially in shoulder and slot milling. Can this insert be used for finish machining? Yes — the combination of the Tiger·tec Gold coating and the insert geometry offers a good balance between wear resistance and edge integrity, allowing the insert to deliver consistent surface finish in typical finishing passes. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Geschützte Markenzeichen und Warenbezeichnungen liegen im Recht ihrer jeweiligen Eigentümer. Markennamen und geschützte Warenzeichen werden ausschließlich zu Erklärungszwecken genannt. Es besteht keinerlei Verbindung zwischen unserem Unternehmen und den genannten Marken. Es handelt sich bei dem angebotenen Artikel um originale fabrikneue Waren des Herstellers.
ADMT160640R-F56 WKP35G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger‑tec Gold coating and the WKP35G grade for sustained tool life and stable chip formation in milling of steel and cast iron; order through Metav Werkzeuge or consult the team for application-specific recommendations. ADMT160640R-F56 WKP35G milling insert — Tiger‑tec Gold, chipbreaker F56 (Walter Tools) The ADMT160640R-F56 WKP35G is a coated carbide indexable milling insert engineered for high‑productivity finishing and medium‑to‑roughing applications in steel and cast iron. Tiger‑tec Gold coating for long tool life Optimised F56 chipbreaker for controlled chips Parallelogram 85° geometry for axial versatility 15° clearance angle with 4 mm corner radius Increased productivity through advanced coating and grade The combination of the Tiger‑tec Gold coating and the WKP35G cutting grade delivers a measurable improvement in tool life and process stability. The multilayer coating system reduces flank wear under typical steels machining conditions, which translates into longer tool cycles and fewer index changes. This reduces downtime and contributes to a lower cost per component. For process engineers, the coated substrate means a wider window for cutting speeds and feeds while maintaining dimensional repeatability and part quality. Controlled chip formation for reliable machining results The integrated chipbreaker F56 is designed to promote predictable chip formation when machining steel and cast iron, reducing the risk of chip entanglement and tool damage. By shaping the metal flow, the chipbreaker helps maintain a consistent cutting zone temperature and improves heat dissipation. The result is a more constant surface quality and fewer interrupted cuts, which supports stable cycle times and reduces rework. For manufacturers focusing on batch consistency, this feature directly supports higher first‑pass yield. Geometry that adds flexibility to milling strategies The parallelogram 85° insert geometry, combined with a 15° clearance and a 4 mm corner radius, offers a versatile balance between strength and accessibility. The shape enables varied approach angles and axial depths, allowing the same insert to be used across different pocketing and profiling tasks. The moderate corner radius improves corner strength for interrupted cuts while preserving edge definition for acceptable surface finish. These geometric choices enable programmers and machinists to simplify tooling families without sacrificing performance. Application guidance and practical benefits for production Selection is straightforward since the insert is aimed at standard P (steel) and K (cast iron) ISO groups; the coated carbide construction supports a broad range of steel grades commonly used in industrial production. The ADMT160640R‑F56 WKP35G milling insert from Walter Tools is therefore suited for operations seeking a combination of productivity and predictable tool behaviour. For precise cutting‑data recommendations, Metav Werkzeuge can provide suggested speeds and feeds, along with availability and logistics details; technical consultation is available by e‑mail or phone to support integration into existing machining cycles. Contact Metav Werkzeuge for tailored cutting‑data recommendations and stock information on Walter Tools Tiger‑tec Gold inserts Technical data Article number: ADMT160640R-F56-WKP35G-WALTER Name: ADMT160640R-F56 WKP35G Label: Fräswendeschneidplatte ADMT160640R-F56 WKP35G Walter Tools Manufacturer: Walter Tools Product type: milling insert Series: Tiger‑tec Gold Grade: WKP35G Facts Insert size: 16 Thickness: 06 Corner radius: 4 mm Clearance angle: 15° Shape: Parallelogram 85° Tolerance class: M Execution: T Materials & special features Coated carbide substrate (Tiger‑tec Gold) Chipbreaker: F56 Applicable material groups: P (steel), K (cast iron) Stable chip formation and wide material coverage Designed for productive milling and reliable edge life FAQ What materials can this insert machine effectively? The ADMT160640R‑F56 WKP35G is designed primarily for ISO groups P and K, meaning it is suitable for machining steel and cast iron with the Tiger‑tec Gold coated carbide providing abrasion resistance and thermal stability. How does the F56 chipbreaker affect machining? The chipbreaker F56 shapes and controls chip flow to reduce entanglement and improve heat management, which leads to more consistent cuts and fewer interruptions in the machining process. Which features reduce the need for frequent index changes? The combination of the Tiger‑tec Gold coating and the WKP35G grade increases wear resistance and process stability, extending the service intervals between index changes and lowering overall tooling costs. Is the insert geometry suitable for profiling and shoulder milling? Yes, the parallelogram 85° geometry with 15° clearance and a 4 mm corner radius offers a compromise between edge strength and access, making it appropriate for profiling, shoulder milling and operations with occasional interruptions. Can the insert be used for hardened steels? The insert is specified for P (steel) and K (cast iron) applications in the provided data; the suitability for hardened steels is not indicated and should be verified against specific material hardness and process requirements. Manufacturer: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Protected trademarks and trade names are the property of their respective owners. Brand names and protected designations are mentioned for explanatory purposes only. There is no affiliation between our company and the named brands. The offered item is an original, brand‑new product from the manufacturer.
ADMT160640R-F56 WKP35S T Wendeplatten - Walter Tools
Benefit from the combination of Tiger‑tec Silver coating and the WKP35S grade for consistently high productivity on steel and cast iron; the 15° free angle and 4 mm corner radius deliver secure chip control and reliable edge life. Order the ADMT160640R-F56 WKP35S directly via Metav Werkzeuge or consult their advisors for application-specific data. ADMT160640R-F56 WKP35S milling insert by Walter Tools — Tiger‑tec Silver for steel and cast iron The ADMT160640R-F56 WKP35S is a parallelogram milling insert engineered for productive machining of P (steel) and K (cast iron) components Tiger‑tec Silver coating for long tool life Optimised for steel and cast iron machining Parallelogram 85° form for secure clamping 15° free angle and 4 mm corner radius for stable chips Enhanced process stability through advanced coating and grade The combination of the Tiger‑tec Silver coating and the WKP35S coated‑carbide grade provides a measurable benefit in wear resistance and process stability. Designed in accordance with ISO 513 groupings, the insert is tailored for machining tasks in the P and K material classes — that is, unalloyed or alloyed steel and cast iron. The coating reduces abrasive and adhesive wear, which supports longer uninterrupted tool life and fewer insert changes during production runs, improving overall machining throughput. Geometry optimised for secure clamping and consistent surface quality The parallelogram 85° form combined with a 15° free angle yields a geometry that favours positive cutting engagement and reliable seat stability in the cutter body. The 4 mm corner radius reduces peak loads on the cutting edge and contributes to smoother chip formation, which in turn supports consistent surface finish and reduced vibration. Nominal dimensions such as plate size 16 and thickness 06, together with tolerance class M, make the insert suitable for standardised toolholders that demand repeatable positioning and predictable performance. Practical benefits for workshop and production environments As a member of the Tiger‑tec Silver series, this insert is intended to deliver repeatable results across catalogued geometries where steel and cast iron constitute the primary workpiece materials. The integrated F56 chipbreaker supports controlled chip formation under typical turning and milling forces encountered in component manufacturing. For production planners and process engineers, the net effect is improved machining reliability and easier process assignment when consolidating tool lists or specifying inserts for mixed‑material batches. Contact Metav Werkzeuge for tailored cutting data and to arrange procurement of Walter Tools ADMT160640R-F56 WKP35S inserts Technical data Article number: ADMT160640R-F56-WKP35S-WALTER Name: ADMT160640R-F56 WKP35S Brand: Walter Tools Series: Tiger‑tec Silver Core specifications Size: 16 Thickness: 06 Corner radius: 4 mm Free angle: 15° Form: Parallelogram 85° Tolerance class: M Chipbreaker: F56 Materials & features Grade: WKP35S Substrate/coating: coated carbide, Tiger‑tec Silver Suitable for: steel (P), cast iron (K) Execution: T Series: Tiger‑tec Silver FAQ Which materials is this insert suitable for? The ADMT160640R-F56 WKP35S milling insert from Walter Tools is designed for machining steel (P) and cast iron (K) in accordance with ISO 513 material groupings. What does the F56 chipbreaker do? The F56 chipbreaker on the ADMT160640R-F56 WKP35S supports controlled chip formation and facilitates stable evacuation when cutting steel and cast iron. How do the insert geometry features improve performance? The parallelogram 85° form, 15° free angle and 4 mm corner radius combine to provide secure clamping, reduced edge loading and consistent chip control for reliable surface quality. Which series and coating does this grade belong to? This insert is part of the Tiger‑tec Silver series; the WKP35S grade is a coated‑carbide formulation engineered for wear resistance and broad material coverage. What is the intended production use for this insert? The ADMT160640R-F56 WKP35S is intended for productive milling operations where steel and cast iron are the primary workpiece materials and repeatable tool life is required. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Geschützte Markenzeichen und Warenbezeichnungen liegen im Recht ihrer jeweiligen Eigentümer. Markennamen und geschützte Warenbezeichnungen werden ausschließlich zu Erklärungszwecken genannt. Es besteht keinerlei Verbindung zwischen unserem Unternehmen und den genannten Marken. Es handelt sich bei dem angebotenen Artikel um originale fabrikneue Waren des Herstellers.
ADMT160640R-F56 WSM35G WSM35G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger‑tec Gold coating and the WSM35G grade for reliable machining of stainless steels and heat‑resistant alloys; trust in secure chip control and a stable cutting edge to raise productivity. Order the insert directly via Metav Werkzeuge or consult our specialists for machining data and application advice. ADMT160640R-F56 WSM35G Fräswendeschneidplatte – Parallelogram 85°, Tiger‑tec Gold (Walter Tools) A ADMT160640R-F56 WSM35G milling indexable insert engineered for heavy‑duty and demanding milling of stainless steels and heat‑resistant superalloys. Tiger‑tec Gold coating for extended tool life WSM35G grade for stainless steels and superalloys Parallelogram 85° form for secure seating and stability 15° clearance angle with R4 corner radius Reliable performance when machining stainless steels and superalloys The combination of a coated carbide substrate in the Tiger‑tec Gold family and the WSM35G grade addresses the common challenges of machining stainless steels (ISO group M) and heat‑resistant superalloys or titanium (ISO group S). These materials tend to be tough, produce built‑up edge and generate high temperatures; the selected grade supports controlled chip formation and a durable cutting edge. For production environments where repeatable surface finish and long tool life reduce downtime, this solution provides a measurable improvement in process stability and component consistency. Coating technology that extends cutting intervals The Tiger‑tec Gold coating applied to this insert improves thermal resistance and protects the cutting edge against abrasion and adhesion. In practice, the coating reduces flank wear and delays crater formation, which translates into longer tool life and fewer indexings. For shops seeking lower tooling costs per part and predictable tool change cycles, the coated grade delivers a favourable cost‑benefit ratio while maintaining machining quality in both roughing and semi‑finishing operations. Geometry and chip control for stable milling cycles The parallelogram 85° insert form combined with the chipbreaker F56 offers a balanced solution for chip evacuation and cutting stability. The geometry yields a robust seat engagement and reduced vibration tendency during interrupted cuts. The 15° clearance angle and corner radius R4 support cutting forces typical of heavy milling while smoothing feed transitions; this results in consistent surface integrity and reduced risk of edge chipping. Where process reliability and repeatable part tolerances are required, the geometry supports both productivity and component safety. Practical application guidance and process benefits Designed for demanding applications, the insert is suited to shop floors performing serial milling of components made from stainless steel and heat‑resistant alloys. The grade’s broad material coverage simplifies toolkeeping strategies and inventory management by reducing the number of dedicated grades required. When implementing the insert into a machining cycle, pairing the correct insert geometry with stable clamping and optimised coolant application will maximise the advantages of the grade and coating. For specific cutting data or trial recommendations, technical consultation is available to align tool selection with machine capability and component tolerances. Contact Metav Werkzeuge for tailored cutting parameters, availability and application advice for the Walter Tools ADMT160640R-F56 WSM35G insert — email info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: ADMT160640R-F56-WSM35G-WALTER Name: Fräswendeschneidplatte ADMT160640R-F56 WSM35G Walter Tools Product type: Fräswendeschneidplatte Manufacturer: Walter Tools Series: Tiger‑tec Gold Grade: WSM35G Chipbreaker: F56 Core technical figures Size: 16 Thickness: 06 Clearance angle: 15° Corner radius: 4 Tolerance class: M Materials & features Coated carbide grade: Tiger‑tec Gold WSM35G Suitable for: stainless steels (M) and superalloys / titanium (S) Insert form: Parallelogramm 85° Geometry execution: T Chip control: F56 FAQ What types of materials is this insert intended for? The ADMT160640R-F56 WSM35G insert is designed for stainless steels (ISO group M) and heat‑resistant superalloys including titanium (ISO group S), offering stability in difficult‑to‑cut materials. How does the Tiger‑tec Gold coating benefit the cutting process? Tiger‑tec Gold reduces thermal and abrasive wear on the coated carbide surface, so the WSM35G grade maintains a sharper edge longer and extends the intervals between indexing or tool changes. Which machining operations are most suitable for this insert? This indexable insert performs well in heavy milling and interrupted cuts where edge stability and chip control are critical; it is suitable for production roughing and semi‑finishing depending on machine and fixture setup. What is the purpose of the parallelogram 85° form? The parallelogram 85° form provides a secure seat and improved cutting stability, helping to reduce vibration and maintain consistent contact during demanding milling cycles. How does the chipbreaker F56 affect chip formation? The F56 chipbreaker is tuned to deliver controlled chip segmentation and evacuation in tougher materials, improving process reliability and reducing the risk of recutting or chip entanglement. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Trademarked names and product designations are the property of their respective owners. Brand names and protected designations are mentioned for explanatory purposes only. There is no affiliation between our company and the mentioned brands. The offered article is an original, factory‑new product of Walter Tools.
ADMT160640R-F56 WSP45G WSP45G Wendeplatten - Walter Tools
Take advantage of a PVD-coated Tiger·tec Gold grade that combines toughness and thermal resistance with a 15° clearance angle and a compact corner radius of 4, delivering stable chip control and extended edge life for milling operations in steel, stainless steel and heat-resistant alloys; order the inserts directly via Metav Werkzeuge or consult the Metav team for application advice. ADMT160640R-F56 WSP45G milling indexable insert — Tiger·tec Gold, versatile for steel, stainless steel and superalloys | Walter Tools The ADMT160640R-F56 WSP45G is a parallelogram 85° milling insert engineered for robust face and shoulder milling where secure chip formation and repeatable tool life are required. PVD-coated Tiger·tec Gold grade WSP45G Suitability for steel, stainless steel and superalloys 15° clearance angle for reliable chip flow Parallelogram 85° shape with corner radius 4 Consistent cutting performance for productive milling The combination of the Tiger·tec Gold coating and the WSP45G substrate produces a reliably tough, PVD-coated carbide that resists thermal and mechanical loads during milling. This results in stable cutting edges and reduced flank wear when machining challenging materials such as steel and stainless steel. The engineered coating system supports higher cutting speeds and longer tool life, which in practice reduces downtime and increases net output per tool change. The design of the insert prioritises predictable wear progression for easier process planning. Controlled chip formation and secure edge stability A 15° clearance angle and the specified F56 chipbreaker geometry ensure efficient chip breaking and evacuation under varying cutting conditions. The corner radius 4 helps to distribute cutting forces across the edge, lowering the risk of premature chipping while maintaining acceptable surface finish. These engineered details translate into fewer interrupted cuts and more consistent surface quality for pocketing, shoulder milling and ramping operations, supporting both short-cycle production and longer continuous runs. Versatility across demanding materials and machining tasks Designed for the ISO groups P, M and S, this insert is suited to a wide range of components — from unalloyed and alloyed steels to heat-resistant superalloys and titanium components. The robust substrate and coating combination emphasises heat resistance and stable chip control, enabling reliable performance where thermal loads and built-up edge tendency are common. For shops that machine mixed batches or require fast changeovers, the insert offers a balance of durability and application breadth, reducing the need for multiple specialised grades. Practical advantages in set-up and series production The parallelogram 85° form and standardised dimensions simplify clamp and holder selection, while the M tolerance class supports interchangeability across holders that accept the same specification. The insert thickness and geometry support secure clamping to maintain repeatable runout and minimise vibration influences on the cutting edge. For production environments seeking process stability and predictable maintenance intervals, the combination of mechanical design and the WSP45G coating contributes to lower variance in part quality and tool consumption. Contact Metav Werkzeuge for tailored recommendations on Walter Tools Tiger·tec Gold inserts and to arrange rapid supply for your milling processes Technical Data SKU: ADMT160640R-F56-WSP45G-WALTER Item designation: ADMT160640R-F56 WSP45G Manufacturer: Walter Tools Series: Tiger·tec Gold Facts Clearance angle: 15° Corner radius: 4 Insert size: 16 Thickness: 06 Shape: Parallelogram 85° Tolerance class: M Grade: WSP45G Special features Coating: Tiger·tec Gold (PVD-coated) Material compatibility: P / M / S Chipbreaker: F56 Execution: T Sort: WSP45G FAQ What materials can be machined with this insert? The ADMT160640R-F56 WSP45G insert is designed for machining steel (P), stainless steel (M) and heat-resistant alloys such as superalloys and titanium (S) thanks to its Tiger·tec Gold PVD coating and robust substrate. How does the F56 chipbreaker affect milling? The F56 chipbreaker promotes predictable chip segmentation and evacuation; combined with the 15° clearance angle it reduces recutting of chips and helps maintain secure edge life when milling interrupted and continuous cuts. Is the parallelogram 85° form suitable for shoulder milling? Yes, the parallelogram 85° shape provides secure engagement for shoulder and face milling operations and is compatible with standard clamping systems that accept this insert geometry. Can the insert withstand high cutting speeds? The Tiger·tec Gold coating supports elevated cutting speeds by offering improved thermal resistance and edge robustness, making the insert appropriate for productivity-oriented milling strategies. What tolerance and repeatability can be expected? With a tolerance class of M and standardised dimensions, the insert provides consistent seating and repeatability across compatible toolholders, supporting series production with reduced setup variance. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Protected trademarks and trade names are the property of their respective owners. Brand names and protected trade names are mentioned for explanatory purposes only. There is no connection between our company and the named brands. The offered article is original factory-new merchandise of the manufacturer.
ADMT160650R-F56 WKP35G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold coating for extended tool life, the WKP35G grade optimised for steel and cast iron, and the robust 85° parallelogram geometry for dependable milling results — order the insert directly via Metav Werkzeuge or consult our technical team for tailored application advice. ADMT160650R-F56 WKP35G milling insert, Tiger·tec Gold, for steel and cast iron — Walter Tools the ADMT160650R-F56 WKP35G is a parallelogram milling insert designed for productive roughing and general-purpose finishing in steel and cast iron applications Tiger·tec Gold coated for wear resistance WKP35G grade for steel and cast iron Parallelogram 85° for stable engagement Longer tool life through advanced coating and grade The application of Tiger·tec Gold coating together with the WKP35G grade provides a measurable improvement in wear resistance and process stability. The coated carbide construction reduces flank wear and protects the cutting edge against abrasive conditions typical when machining cast iron or alloyed steels. This results in fewer insert changes, a lower tooling cost per component and more consistent surface quality during long production runs. For operations with variable cutting parameters the enhanced coating performance means greater tolerance to intermittent heat peaks and improved edge security. Predictable chip formation and productivity for ferrous materials Engineered specifically for ISO groups P (steel) and K (cast iron), the insert’s substrate and chipbreaker combination ensure controlled chip formation in frequent breakage conditions. The designated F56 chipbreaker facilitates reliable evacuation, reducing the risk of recutting and helping to maintain cycle times. In practice, this means fewer interruptions and a steadier machining process, particularly on long turned or milled components where consistent chip control directly affects throughput and tool life. Geometry and angles that support machining efficiency The 85° parallelogram shape with a 15° free angle and a corner radius of 5 mm provides a balance between strength and cutting edge accessibility. The geometry allows deep radial engagement while preserving edge stability, beneficial when switching between heavy roughing and semi-finishing passes. The insert’s form supports secure clamping in compatible cutters and contributes to vibration damping, which in turn improves surface finish and dimensional repeatability on produced parts. Series compatibility and practical application notes Belonging to the Tiger·tec Gold series, this insert integrates into systems where coated carbide grades are preferred for mixed-production environments. The designation matches common ISO-style holders that accept the ADMT160650R-F56 form factor; checks should be made against the specific cutter body to confirm seat and clamp compatibility. The insert is classified to tolerance class M and is supplied in execution T, aligning with industrial expectations for repeatable mounting and interchangeability in standard tool systems. Contact Metav Werkzeuge for personalised cutting data, availability and guidance on integrating Walter Tools Tiger·tec Gold inserts into existing machining processes Technical data SKU: ADMT160650R-F56-WKP35G-WALTER Article designation: ADMT160650R-F56 WKP35G Product type: Fräswendeschneidplatte (milling insert) Manufacturer: Walter Tools Series: Tiger·tec Gold Grade: WKP35G Facts Insert size: 16 Plate thickness: 06 Corner radius: 5 Relief angle: 15° Plate form: Parallelogramm 85° Special features Coating: Tiger·tec Gold Chipbreaker: F56 Material suitability: P / K Tolerance class: M Execution: T FAQ What materials is this insert suitable for? The ADMT160650R-F56 WKP35G is designed for machining steel (ISO group P) and cast iron (ISO group K), using the Tiger·tec Gold coated carbide grade for improved wear resistance. How does the Tiger·tec Gold coating benefit production? Tiger·tec Gold coating on the insert increases abrasion resistance and edge life, delivering more stable tool performance and fewer indexings during long production runs with Walter Tools inserts. What is the significance of the 85° parallelogram form? The parallelogram 85° geometry provides robust engagement and good chip ejection, supporting heavier depth of cut and better vibration control compared with less rigid insert shapes. Which chipbreaker is used and what does it do? This insert features the F56 chipbreaker, which promotes controlled chip formation and evacuation, reducing the chance of recutting and helping to maintain consistent cycle times. Is the insert compatible with standard toolholders? The insert follows the ADMT160650R-F56 form factor; compatibility requires a matching pocket for parallelogram inserts — verify holder seat and clamp system before use. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Geschützte Markenzeichen und Warenbezeichnungen liegen im Recht ihrer jeweiligen Eigentümer. Markennamen und geschützte Warenbezeichnungen werden ausschließlich zu Erklärungszwecken genannt. Es besteht keinerlei Verbindung zwischen unserem Unternehmen und den genannten Marken. Es handelt sich bei dem angebotenen Artikel um originale fabrikneue Waren des Herstellers.
ADMT160650R-F56 WKP35S Wendeplatten - Walter Tools
Take advantage of the WKP35S grade and Tiger·tec Silver technology for sustained wear resistance and stable chip formation; the parallelogram 85° geometry with 15° relief ensures predictable cutting behaviour and reduced tool-change frequency. Order the original Walter Tools insert for reliable production results via Metav Werkzeuge or consult our specialists for geometry and application advice. ADMT160650R-F56 WKP35S milling indexable insert — Tiger·tec Silver grade, for steel and cast iron (Walter Tools) The ADMT160650R-F56 WKP35S is a coated carbide milling indexable insert designed for productive face and shoulder milling of steel and cast iron, combining a wear-resistant coating with a geometry that supports controlled chip formation. *ADMT160650R-F56 WKP35S by Walter Tools *Tiger·tec Silver coating for wear resistance *Parallelogram 85° form, 15° relief *Designed for steel and cast iron machining Consistent productivity through optimised coating and grade The combination of the Tiger·tec Silver coating and the WKP35S grade delivers enhanced wear resistance and thermal stability during interrupted and continuous milling of ISO groups P (steel) and K (cast iron). This coated carbide technology is tailored to withstand the abrasive characteristics of cast iron and the heat common when machining steels, resulting in extended edge life and fewer unscheduled tool changes. The outcome is measurable: longer productive intervals and a more predictable tool-cost profile. Geometry that stabilises cutting and improves surface quality The parallelogram 85° plate form with a 15° relief angle creates a stable cutting engagement that reduces radial forces and vibration in many milling set-ups. The specified corner radius 5 increases edge robustness, improving tool life when machining interrupted cuts or roughing passes, while supporting a consistent surface finish on the workpiece. Together, these geometric features aid in achieving repeatable results and simplify process planning for CNC programmes. Practical dimensions and handling for efficient tool management With a nominal size of 16 and plate thickness 06, the insert fits common milling cutter bodies and supports multi-edge indexing for economical use of cutting edges. The F56 chipbreaker is optimised for controlled chip segmentation in mixed workpiece batches, which reduces toolholder cleaning and machine downtime. The insert's indexable nature allows quick replacement and immediate return to production, making it suitable for job shops and serial production environments seeking fast throughput. Proven brand performance and application guidance Walter Tools' Tiger·tec Silver line is recognised for stable chip formation and broad material coverage; the WKP35S variety is a coated carbide class engineered specifically for durable performance on steel and cast iron. For customers aiming to balance productivity and tool life, this insert provides a reliable option that supports consistent process windows and surface quality. Application parameters should be selected according to cutter diameter, depth of cut and machine rigidity to exploit the insert's full potential. Contact Metav Werkzeuge for tailored cutting data and ordering of original Walter Tools Tiger·tec Silver inserts; our consultants will advise on optimal insert geometry and chipbreaker choices for specific steel and cast iron applications. Technical data Article number / SKU: ADMT160650R-F56-WKP35S-WALTER Designation: ADMT160650R-F56 WKP35S Product type: milling indexable insert (Fräswendeschneidplatte) Brand: Walter Tools Series: Tiger-tec Silver Core technical data Size: 16 Thickness: 06 Relief angle: 15° Plate form: Parallelogramm 85° Corner radius: 5 Tolerance class: M Special features and compatibility Grade: WKP35S Coating technology: Tiger·tec Silver Substrate: coated carbide Chipbreaker: F56 Execution: T Material suitability: P (steel), K (cast iron) FAQ What materials is this insert suitable for? The ADMT160650R-F56 WKP35S insert is engineered for ISO groups P (steel) and K (cast iron), exploiting the Tiger·tec Silver coating and WKP35S grade for stable performance on these materials. How does the insert geometry affect machining stability? The parallelogram 85° form combined with a 15° relief reduces radial loads and helps stabilise cutting action, while the corner radius 5 enhances edge strength for interrupted cuts and improves surface finish consistency. Is this a multi-edge indexable insert? Yes; the insert is indexable and designed for multi-edge use in suitable milling cutter bodies, allowing economical edge changes and reduced inventory cost per usable cutting edge. Which chipbreaker does the insert use and what is its benefit? The insert features the F56 chipbreaker, which aids controlled chip segmentation when machining mixed steel and cast iron batches, improving machining reliability and reducing manual chip handling. Can Metav Werkzeuge provide application data for this insert? Metav Werkzeuge can supply recommended cutting parameters and help match the ADMT160650R-F56 WKP35S to cutter bodies and machining conditions to ensure optimised performance. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany The Walter AG (brand: Walter Tools) is one of the world's leading manufacturers of precision tools for metalworking and is part of the Sandvik Group. Protected trademarks and trade names are the property of their respective owners. Brand names are mentioned for explanation only and do not imply any affiliation between Metav Werkzeuge and the named manufacturers. The offered item is an original, factory-new product from the manufacturer.
ADMT160650R-F56 WSM35G WSM35G Wendeplatten - Walter Tools
High-performance coated carbide insert that combines Tiger·tec Gold resilience with the WSM35G grade for dependable machining of stainless steels and heat‑resistant alloys; the parallelogram 85° geometry and F56 chipbreaker deliver stable chip control and surface quality. Order the ADMT160650R-F56 WSM35G directly via Metav Werkzeuge or consult our application specialists for tailored recommendations. ADMT160650R-F56 WSM35G — Parallelogram 85° milling insert, Tiger·tec Gold (Walter Tools) The ADMT160650R-F56 WSM35G is an indexable milling insert designed for demanding operations on stainless steels and heat‑resistant superalloys, offering robust edge stability and controlled chip formation for productive milling cycles Tiger·tec Gold coating for heat resistance WSM35G grade for stable cutting edges Parallelogram 85° geometry for robustness F56 chipbreaker for predictable chip control Increased productivity through coating and grade The combination of Tiger·tec Gold coating with the WSM35G coated‑carbide grade is engineered to resist thermal degradation and maintain a sharp cutting edge over extended cycles. This results in longer tool life and fewer tool changes, directly reducing machine downtime and improving throughput. For components made from stainless steel or heat‑resistant alloys, the coated substrate supports secure chip formation and lowers the risk of built‑up edge, helping to keep tolerances stable across batches. Geometry that improves process stability and surface finish The parallelogram 85° shape, in combination with a 15° clearance angle and a 5 corner radius, provides a stiff cutting geometry that absorbs loads during interrupted cuts and heavy engagement. The F56 chipbreaker promotes fragmentation of chips in sticky or ductile materials, improving evacuation and reducing rework. As a result, workpieces show a more consistent surface quality while the cutting tool sustains fewer thermal and mechanical shocks. Versatile application scope for demanding materials Marked for ISO groups M and S, the insert is suitable for machining stainless steel and heat‑resistant superalloys or titanium depending on the holder and cutting data. The tolerance class M ensures reproducible seating in clamping systems, supporting repeatable indexations and predictable tool performance. When paired with appropriate cutters, this insert supports both heavy material removal and semi‑finishing operations without sacrificing process reliability. Proven brand performance and application support Produced by a recognised name in precision tooling, the insert benefits from Walter Tools’ design focus on consistent edge quality and process security. For complex applications or unfamiliar alloys, technical consultation is recommended to identify optimal insert geometry, holder choice and cutting parameters. If further machining data or application advice is required, Metav Werkzeuge provides specialist support and can assist with selection and implementation. Discuss application strategy for the most demanding stainless‑steel and superalloy jobs with Metav Werkzeuge to make the most of Walter Tools' Tiger·tec Gold technology — contact Metav Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: ADMT160650R-F56-WSM35G-WALTER Label: Fräswendeschneidplatte ADMT160650R-F56 WSM35G Walter Tools Product type: Fräswendeschneidplatte Manufacturer: Walter Tools Series: Tiger‑tec Gold Grade: WSM35G Facts Clearance angle: 15° Corner radius: 5 Insert size: 16 Thickness: 06 Chipbreaker: F56 Shape: Parallelogram 85° Tolerance class: M Execution: T Special features Coating: Tiger·tec Gold Substrate: Coated carbide Material designation: S / M Suitable for: stainless steel (ISO M) Suitable for: heat‑resistant superalloys and titanium (ISO S) Series description: WSM35G – coated carbide for demanding materials FAQ Is this insert suitable for stainless steel? Yes. The ADMT160650R-F56 WSM35G is specified for ISO group M and is optimised to handle the heat and adhesion tendencies of stainless steel while promoting stable chip formation. Can the insert be used on superalloys or titanium? The WSM35G grade is designed for extended application range and, with appropriate cutting data, can be used on heat‑resistant superalloys and titanium as indicated by the ISO S designation. What advantages does the parallelogram 85° geometry provide? The parallelogram 85° form increases rigidity and load distribution during milling, improving edge stability and enabling reliable performance in interrupted cuts and heavy‑duty operations. What role does the F56 chipbreaker play? The F56 chipbreaker encourages predictable chip fragmentation in ductile or gummy materials, aiding evacuation and reducing the risk of built‑up edge, which supports consistent surface finish. How does the Tiger·tec Gold coating affect tool life? The Tiger·tec Gold coating increases thermal resistance and wear protection of the coated carbide substrate, helping to maintain cutting edge integrity and extend effective tool life under elevated temperatures. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany Protected trademarks and trade names are the property of their respective owners and are mentioned for explanatory purposes only. There is no affiliation between our company and the mentioned brands. The offered item is an original, factory‑new product of the manufacturer.
ADMT160650R-F56 WSP45G WSP45G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold coating, the versatile WSP45G grade for P/M/S materials and the parallelogram 85° form to ensure stable, productive milling; order the insert via Metav Werkzeuge or consult the technical team for process alignment. ADMT160650R-F56 WSP45G – Parallelogram 85° milling insert, Tiger·tec Gold by Walter Tools A ADMT160650R-F56 WSP45G milling insert engineered for versatile steel, rostfreier Stahl and high-temperature alloy machining in medium-tolerance milling applications. Tiger·tec Gold PVD coating Suitable for steel, rostfreier Stahl and superalloys Parallelogram 85° form for stable cutting 15° clearance angle and 5 mm corner radius Durable coating for longer cutting cycles and process reliability The coated Tiger·tec Gold surface and the WSP45G grade combine to deliver improved wear resistance and controlled chip formation during milling. This combination is designed to reduce flank wear and support longer tool life under cyclic loads. The PVD-coated carbide formulation provides thermal stability that helps maintain edge integrity when machining steels and rostfreier Stahl, which typically generate higher temperatures and work-hardening at the cut. By selecting a grade optimised for these conditions, milling operations gain predictability and fewer insert changes, contributing to reduced machine downtime and more consistent component quality. Geometry that promotes stability and predictable surface finish The parallelogram 85° configuration and the specified 5 mm corner radius are intended to balance strength at the cutting edge with a favourable engagement angle in slotting and shoulder milling. The geometry supports a steady cutting force distribution, which stabilises the machining process and helps achieve an improved surface finish with fewer vibrations. The 15° clearance angle reduces rubbing on the flank while supporting positive cutting action; together, these parameters make the insert suitable for a range of roughing-to-finishing transitions without frequent retooling. Application breadth: suited for P, M and S material groups Designed for the ISO material groups P (steel), M (rostfreier Stahl) and S (heat-resistant superalloys and titanium), the insert offers a broad machining envelope. The WSP45G grade is formulated for toughness and edge security, making it appropriate where stable chip formation is required across varying workpiece materials. In practice, this means fewer grade swaps and a simplified inventory for shops that handle mixed-material batches, while still delivering reliable cutting performance and dimensional consistency. Process advantages and handling recommendations With a focus on productive milling, the ADMT160650R-F56 WSP45G insert benefits from the F56 chipbreaker pattern, which supports controllable chip flow in interrupted and continuous cuts. For best results, pair the insert with stable tool holders and appropriate coolant or high-pressure air where chip evacuation is critical—especially when machining rostfreier Stahl or superalloys. The insert’s medium tolerance class supports repeatable pocketing and face-milling operations, making it a practical choice for both job-shop and production environments seeking a balance between economy and performance. Contact Metav Werkzeuge for tailored application advice and to order the ADMT160650R-F56 WSP45G Tiger·tec Gold milling insert directly: info@metav-werkzeuge.com • +49 2822 7131930 Technical data Article number: ADMT160650R-F56-WSP45G-WALTER SKU: ADMT160650R-F56-WSP45G-WALTER Name: Fräswendeschneidplatte ADMT160650R-F56 WSP45G Walter Tools Manufacturer: Walter Tools Facts Grade: WSP45G Series: Tiger·tec Gold Clearance angle: 15° Corner radius: 5 Insert size: 16 Thickness designation: 06 Tolerance class: M Special features Coating: Tiger·tec Gold (PVD-coated carbide) Material applicability: P / M / S Chipbreaker: F56 Insert form: Parallelogram 85° Execution: T ISO designation: ADMT160650R-F56 WSP45G Series description: Tough, versatile PVD grade for milling FAQ What materials is this insert suitable for? The ADMT160650R-F56 WSP45G insert is suitable for P (steel), M (rostfreier Stahl) and S (heat-resistant superalloys and titanium) material groups, reflecting its versatile WSP45G formulation. How does the Tiger·tec Gold coating benefit milling operations? The Tiger·tec Gold PVD coating on this milling insert improves wear resistance and thermal stability, leading to longer tool life and more consistent edge performance under typical milling temperatures. Which chipbreaker is fitted and what does it do? This insert uses the F56 chipbreaker, designed to promote controlled chip formation and evacuation, especially useful in a mix of continuous and interrupted cuts. What cutting geometry contributes to stability? The parallelogram 85° form combined with a 15° clearance angle and 5 mm corner radius offers a balance of edge strength and positive cutting action, improving process stability and surface finish. Is this insert suitable for finishing and roughing? Yes; the grade and geometry make the insert capable of handling transitions from roughing to finishing, provided cutting parameters are adjusted to match the workpiece material and rigidity of the setup. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Protected trademarks and trade names are the property of their respective owners. Brand names and protected designations are cited exclusively for explanatory purposes. There is no connection between our company and the mentioned brands. The offered article is original, brand-new merchandise from the manufacturer.
ADMT160660R-F56 WKP35G Wendeplatten - Walter Tools
Combine the Tiger-tec Gold coating with the WKP35G grade for robust machining of steel and cast iron; the parallelogram 85° geometry and chipbreaker F56 deliver stable chip control and consistent part quality. Order directly via Metav Werkzeuge or contact our consultants for tailored application support. ADMT160660R-F56 WKP35G Milling Indexable Insert (Parallelogram 85°, 15° clearance) — Walter Tools The ADMT160660R-F56 WKP35G is a high-productivity milling insert designed for demanding machining of steel and cast iron, combining a wear-resistant coating with an optimised chipformer for reliable series production. Tiger-tec Gold coating for wear resistance WKP35G grade optimised for steel and cast iron Parallelogram 85° geometry for secure seating Chipbreaker F56 for controlled chip formation Increased process reliability with advanced coating technology The Tiger-tec Gold coating together with the WKP35G carbide grade reduces abrasive wear and extends tool life in continuous production. This combination is engineered to handle the thermal and mechanical loads typical when machining steel and cast iron, providing a predictable tool life and fewer unscheduled changes. The coating’s wear resistance supports stable cutting edge behaviour, which in turn contributes to sustained dimensional accuracy and reduced scrap rates. For production environments where cycle time and repeatability matter, this insert offers a measurable improvement in throughput. Geometry and chip control that simplify machining The parallelogram 85° shape and 15° clearance angle produce a secure seating in compatible toolholders and a favourable cutting direction for many milling strategies. The integrated chipbreaker F56 shapes chips to avoid entangling and to assist coolant access, which helps maintain surface integrity and reduces tool‑to‑part heat build-up. The corner radius 6 contributes to edge strength for roughing passes while still enabling acceptable surface finish when used appropriately. Together, these geometrical features support both stable roughing and reliable semi‑finishing operations. Practical advantages for workshop efficiency and tool management As an indexable insert, the ADMT160660R-F56 series enables rapid reconditioning of a tool assembly by indexing to a fresh cutting edge rather than replacing the complete cutter. This reduces downtime and lowers per‑component machining costs. The predictable performance of the WKP35G grade and the Tiger‑tec Gold technology simplifies tool selection and inventory planning, allowing production planners to standardise on a robust solution for a broad range of steel and cast iron tasks. For specialised material mixes or geometry constraints, consult application data to optimise cutting parameters. For tailored machining data, availability or to discuss the suitability of Walter Tools Tiger‑tec Gold inserts for specific steel or cast iron applications, contact Metav Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930 to speak with a technical advisor about the ADMT160660R-F56 WKP35G Technical Data SKU: ADMT160660R-F56-WKP35G-WALTER Name: Fräswendeschneidplatte ADMT160660R-F56 WKP35G Manufacturer: Walter Tools Core specifications Size: 16 Thickness: 06 Corner radius: 6 Relief angle: 15° Tolerance class: M Form: Parallelogram 85° Features & applications Series: Tiger-tec Gold Grade: WKP35G Chipbreaker: F56 Grade material: P / K Suitable for: steel, cast iron Execution: T FAQ What materials is this insert intended for? The ADMT160660R-F56 WKP35G is intended primarily for steel (P) and cast iron (K) applications, following the ISO grouping for the WKP35G grade. What benefits does the Tiger‑tec Gold technology provide? Tiger‑tec Gold coating gives enhanced wear resistance and thermal stability, which improves edge life and process robustness when machining abrasive or adhesive materials. How does the parallelogram 85° geometry affect performance? The parallelogram 85° form offers secure seating and a positive cutting orientation that supports stable cutting forces and predictable tool behaviour in many milling operations. Is the chipbreaker suitable for both roughing and finishing? The chipbreaker F56 is designed to provide controlled chip formation and good evacuation; combined with the correct cutting data it supports productive roughing and reliable semi‑finishing. Can inserts be indexed or replaced on the fly? Yes, these are indexable milling inserts; edges can be rotated or replaced to restore cutting performance, reducing the need for full cutter replacement and minimising downtime. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen The Walter AG (market appearance: Walter Tools) with headquarters in Tübingen belongs to the leading manufacturers of precision tools for metalworking. Protected trademarks and trade names are the property of their respective owners. Brand names and protected trademarks are mentioned for explanation only. There is no connection between our company and the mentioned brands. The offered item is original, factory‑new goods of the manufacturer.
ADMT160660R-F56 WKP35S Wendeplatten - Walter Tools
Take advantage of the Tiger·tec Silver coating and the WKP35S grade for extended tool life and consistent chip control; the insert’s parallelogram 85° geometry with 15° clearance and a 6 mm corner radius provides stable cutting under demanding milling conditions. Order the ADMT160660R-F56 WKP35S directly via Metav Werkzeuge or consult our specialists for application advice. ADMT160660R-F56 WKP35S indexable milling insert — Tiger·tec Silver, for steel and cast iron — Walter Tools A ADMT160660R-F56 WKP35S indexable milling insert designed for productive machining of steel and cast iron in general milling applications. Tiger·tec Silver coated carbide grade WKP35S Optimised for steel and cast iron machining Parallelogram 85° shape with 15° clearance 6 mm corner radius for stable cutting edge High productivity through optimised grade and coating The combination of the WKP35S grade and Tiger·tec Silver coating delivers a balance of wear resistance and fracture toughness, making the insert particularly effective for the thermal and mechanical demands of machining steel and cast iron. The coating technology reduces adhesive wear and improves surface finish, while the underlying coated carbide substrate provides shock resistance. These features translate into higher productivity and longer periods between index changes, reducing overall process interruptions and improving shop-floor efficiency. Geometry and ISO suitability explained for reliable application The insert’s parallelogram 85° form with a 15° clearance angle gives a robust edge orientation that supports radial and axial milling forces. The 6 mm corner radius enhances edge strength for stable engagement in heavier cuts, while the size 16 designation and tolerance class M define the mechanical fit and repeatability in the toolholder. The material code P / K refers to ISO groups: P covers various steels and K indicates cast iron — the grade is tuned to the chip formation and abrasive conditions typical of these families, ensuring predictable behaviour during operation. Practical benefits for process security and tool handling Using this grade and geometry results in predictable wear patterns and consistent chip control, which supports process planning and cost-efficiency. The chipbreaker F56 helps to form controllable chips when machining common steels and grey or nodular cast irons, reducing the risk of chip-related interruptions. As part of a system-oriented approach, this insert complements Walter Tools’ broader portfolio of precision tooling to achieve repeatable results and improved component surface quality. For application guidance and availability of Walter Tools inserts including the ADMT160660R-F56 WKP35S, contact Metav Werkzeuge for tailored recommendations and order support: info@metav-werkzeuge.com / +49 2822 7131930 Technical Data Article number: ADMT160660R-F56-WKP35S-WALTER Label: Fräswendeschneidplatte ADMT160660R-F56 WKP35S Walter Tools Manufacturer: Walter Tools Product type: Fräswendeschneidplatte Series: Tiger-tec Silver Numbers / Core Technical Data Clearance angle: 15° Corner radius: 6 Shape: Parallelogram 85° Plate size: 16 Thickness: 06 Tolerance class: M Designs / Special Features Grade: WKP35S Coating/technology: Tiger·tec Silver Material suitability: P / K (steel, cast iron) Chipbreaker: F56 Base designation: ADMT160660R-F56 ISO designation: ADMT160660R-F56 WKP35S FAQ Which materials is the insert suited for? The ADMT160660R-F56 WKP35S is specified for machining steel and cast iron, corresponding to ISO material groups P and K. What does the Tiger·tec Silver treatment provide? The Tiger·tec Silver coating on the WKP35S grade improves wear resistance and thermal stability, extending tool life and supporting consistent surface quality when cutting steels and cast irons. How does the parallelogram 85° geometry affect machining? The parallelogram 85° geometry with a 15° clearance angle offers a stable cutting orientation, distributing loads across the cutting edge and aiding secure seating in compatible toolholders. Are size and tolerance information available for machine setup? Yes — the insert is marked size 16, thickness 06, and tolerance class M, which define its mechanical fit and interchangeability in standard clamping systems. Is this insert suitable for stainless steel? Stainless steel suitability is not specified for this grade; the ADMT160660R-F56 WKP35S is optimised for steel and cast iron as per the provided designation. Walter Tools: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Protected trademarks and trade names are the property of their respective owners. Brand names and registered trademarks are mentioned solely for descriptive purposes; there is no affiliation between our company and the trademark holders. The offered item is an original, factory-new product of the respective manufacturer.
ADMT160660R-F56 WSM35G T Wendeplatten - Walter Tools
Take advantage of high process stability and the wear-resistant Tiger·tec Gold grade WSM35G to maintain steady production when machining demanding alloys; order directly via Metav Werkzeuge or contact the consultants for tailored tool recommendations. ADMT160660R-F56 WSM35G – Indexable milling insert (Parallelogram 85°), Walter Tools, 15° clearance The ADMT160660R-F56 WSM35G is an indexable milling insert engineered for machining rostfreier Stahl and heat‑resistant superalloys, combining Tiger·tec Gold coating with a robust parallelogram geometry for consistent chip control and edge security Tiger·tec Gold coating for improved tool life Optimised for rostfreier Stahl and superalloys Parallelogram 85° geometry for secure clamping 15° clearance and 6 corner radius for edge strength Durable grade for demanding materials and stable chip formation The Walter grade WSM35G, manufactured within the Tiger·tec Gold series, is a coated carbide solution developed for machining rostfreier Stahl and high‑temperature alloys. Its substrate and coating chemistry promote stable chip formation and reduced edge build‑up in materials that otherwise tend to adhere to the cutting edge. By choosing this grade, workshops benefit from extended cutting intervals and more predictable wear behaviour, which supports higher machine utilisation and fewer unscheduled interruptions. Geometry that increases clamping security and cutting reliability The parallelogram 85° shape and a 15° clearance angle deliver a positive, stable cutting engagement that reduces vibrations and improves surface finish during peripheral milling. The specified 6 corner radius and the insert thickness correspond to enhanced edge strength, particularly during interrupted cuts or heavier radial engagement. These geometry attributes result in reliable seat retention and consistent cutting forces, which in turn reduce the frequency of insert changes and fixture re‑adjustments on the shop floor. Productivity gains and consistent process results Equipping milling tools with the coated WSM35G inserts supports measurable productivity improvements: longer effective tool life lowers inventory turnover and reduces machine downtime for tooling changes. The coating and substrate combination aids thermal resistance and wear control, delivering process reliability and repeatable surface quality across batches. For production environments facing mixed series or small batch runs, the predictable performance of this insert promotes shorter setup times and steadier throughput. Practical applications and selection guidance This insert is particularly suitable where components are machined from rostfreier Stahl (ISO group M) or heat‑resistant superalloys and titanium (ISO group S). Typical uses include finishing and semi‑finishing passes where consistent surface integrity and tool life are priorities. When integrating the insert into an existing tool system, match the cutter body clamping to the parallelogram seat and consider the corner radius relative to required edge strength and surface finish. For specific machining parameters, consult the technical specialists at Metav Werkzeuge to optimise cutting data for the given workpiece material and machine capability. Contact Metav Werkzeuge for a tailored recommendation on Walter Tools Tiger·tec Gold inserts and to discuss optimal cutter configurations and cutting data Technical data SKU: ADMT160660R-F56-WSM35G-WALTER Designation: ADMT160660R-F56 WSM35G Series: Tiger-tec Gold Grade: WSM35G Manufacturer: Walter Tools Product type: Fräswendeschneidplatte Numbers / Core technical data Clearance angle: 15° Corner radius: 6 Insert size: 16 Thickness: 06 Tolerance class: M Designs / Special features Parallelogram 85° insert form Chipbreaker: F56 Execution: T Material applicability: S / M Suitable for rostfreier_stahl material application FAQ What materials is this insert suitable for? The ADMT160660R-F56 WSM35G insert is specified for rostfreier Stahl (ISO group M) and heat‑resistant superalloys/titanium (ISO group S), providing stable cutting behaviour in these challenging materials. How does the Tiger·tec Gold coating benefit production? Tiger·tec Gold on the WSM35G grade enhances thermal resistance and wear control, which improves tool life and supports consistent surface quality across production runs. Which machine applications are typical for this insert geometry? The parallelogram 85° form and 15° clearance are optimised for peripheral and face milling operations where clamping stability and reduced vibration enhance part finish and repeatability. Is the ADMT160660R-F56 WSM35G compatible with standard cutter bodies? Compatibility depends on the cutter body seat geometry; the ADMT‑style parallelogram insert requires a matching pocket and clamping system. Verify seat type and clamping method with Metav Werkzeuge if uncertain. What is the main advantage of the 6 corner radius? A larger corner radius increases edge strength during interrupted cuts and heavy engagement, reducing edge chipping and improving the life of the cutting edge. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany Protected trademarks and trade names are the property of their respective owners. Brand names and protected product designations are mentioned solely for explanatory purposes. There is no affiliation between our company and the brands named. The offered item is an original, factory‑new product from the manufacturer Walter Tools.
ADMT160660R-F56 WSP45G WSP45G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold PVD coating and the WSP45G grade for consistent edge stability and reliable chip control; the parallelogram geometry with a 15° relief angle supports productive milling across diverse alloys. For procurement or application advice, order the insert directly via Metav Werkzeuge or consult our technical team. ADMT160660R-F56 WSP45G milling indexable insert — Walter Tools, Tiger·tec Gold PVD, F56 chipbreaker ADMT160660R-F56 WSP45G is a PVD-coated milling insert designed for general milling tasks, offering a balance of wear resistance and toughness for steel, stainless steel and heat-resistant alloys. Tiger·tec Gold PVD coating for improved wear resistance Versatile WSP45G grade for steel, stainless, titanium Parallelogram 85° shape with 15° relief angle 6 mm corner radius, 06 plate thickness for stability Durable cutting performance through advanced coating and grade The combination of Tiger·tec Gold coating and the WSP45G cutting grade yields a PVD-coated carbide solution tailored for demanding milling operations. This pairing enhances wear resistance while retaining sufficient toughness to resist chipping under intermittent cutting conditions. The coated substrate reduces flank wear and extends usable life, supporting longer production cycles and fewer index changes. Such material pairing is particularly effective where thermal loads fluctuate, enabling steady performance and predictable tool-change intervals. Geometry engineered for stable chip control and surface quality The insert’s parallelogram 85° configuration, together with a 15° relief angle, produces a reliable cutting engagement that combines shear action with controlled chip flow. The integrated F56 chipbreaker promotes consistent fragmenting of swarf, reducing the risk of re-cutting and smoothing evacuation through the flute. With a 6 mm corner radius and a plate designation of 06, the geometry favours edge strength and process security, improving surface finish and resistance to thermal-mechanical stress during slotting and face milling operations. Broad material applicability for flexible shop-floor use Designed for universal milling tasks, the grade supports ISO groups P / M / S — that is, unalloyed and alloyed steel, stainless steel and heat-resistant alloys or titanium. The WSP45G composition focuses on maintaining a stable cutting edge in materials prone to toughness and high cutting temperatures, while still offering good wear control in standard steels. This breadth of application simplifies tooling choices and reduces the need for multiple specialised grades when handling mixed-production runs. Process efficiency, handling and economic benefits As an indexable insert, the ADMT160660R-F56 WSP45G reduces non-productive time through simple indexing and consistent reconditioning intervals. The PVD surface treatment and chipbreaker design support predictable tool life, lowering the total cost per component and improving overall equipment effectiveness. Supplied in standard ISO designation for quick identification, the insert integrates with common tooling systems and is available through Metav Werkzeuge for immediate sourcing; technical advice is available to match the insert to specific holders and milling strategies. Discuss the ADMT160660R-F56 WSP45G’s suitability for specific applications with Metav Werkzeuge — contact info@metav-werkzeuge.com or call +49 2822 7131930 to request application guidance or place an order referencing this Walter Tools insert Technical data Article number: ADMT160660R-F56-WSP45G-WALTER Description: Fräswendeschneidplatte ADMT160660R-F56 WSP45G Walter Tools Manufacturer: Walter Tools Series: Tiger-tec Gold Grade: WSP45G Core specifications Relief angle: 15° Corner radius: 6 Insert shape: Parallelogram 85° Insert size: 16 Plate thickness: 06 Tolerance class: M Applications & features Material compatibility: P / M / S (steel, stainless steel, heat-resistant alloys/titanium) Chipbreaker: F56 Grade type: coated carbide (PVD) ISO designation: ADMT160660R-F56 WSP45G Execution: T FAQ What materials is this insert suitable for? The ADMT160660R-F56 WSP45G milling insert is specified for ISO groups P, M and S, meaning it is suitable for steel, stainless steel and heat-resistant alloys including titanium. How does the Tiger·tec Gold coating help in milling? The Tiger·tec Gold PVD coating on the WSP45G grade improves wear resistance and thermal stability, which extends edge life and supports consistent cutting performance during interrupted and continuous milling. Which toolholders are compatible with the ADMT160660R-F56 WSP45G? The insert follows the ADMT ISO designation and is compatible with toolholders designed for ADMT1606-style inserts; check holder clamping geometry and seat for the parallelogram 85° form. What advantages does the F56 chipbreaker provide? The F56 chipbreaker promotes controlled chip formation and evacuation, lowering the risk of re-cutting and improving surface finish while supporting stable tool life in a range of materials. Is the corner radius suitable for heavy roughing? The 6 mm corner radius and plate thickness 06 provide enhanced edge strength, making the insert appropriate for robust engagement and improved resistance to mechanical and thermal stress during heavy milling passes. Protected trademarks and trade names are the property of their respective owners. Brand names are mentioned for explanation only; there is no affiliation between our company and the named manufacturers. The offered article is an original, factory-new product of the listed manufacturer. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen
Why indexable inserts are indispensable in modern machining
Indexable inserts, also known as cutting inserts or indexable cutting inserts, are standardised, replaceable cutting elements that mount on tool holders such as turning bits, milling cutters or drills. Made from wear-resistant materials like carbide, cermet, ceramic or other superhard grades, they carry the actual cutting edge and allow a worn corner to be rotated or flipped instead of replacing or regrinding the entire tool body.
How these inserts work and when to choose them
In everyday workshop and production settings, indexable inserts perform the direct material removal on the workpiece. Standard inserts for tool systems without internal coolant typically feature closed faces or a single central fixing hole, with heat evacuation handled by external machine nozzles. Inserts designed for systems with internal coolant are engineered to support coolant flow: they include calculated chipbreaker geometries that guide an internal coolant jet under the chip or, in specialised designs, contain sintered microchannels to direct coolant right to the cutting edge. Such coolant-compatible inserts are essential for machining heat-resistant alloys, heavy cutting operations and deep internal machining, where thermal load and chip control are critical.
Tangible benefits for production and workshop efficiency
Choosing the right indexable inserts delivers measurable operational advantages:
- Reduced downtime: faster changeover because a worn insert is simply indexed rather than the whole tool being replaced.
- Extended cutting-edge life: targeted coolant application and optimised chipbreaker design lower thermal stress and improve tool life.
- Consistent part quality: predictable cutting-edge geometry from standardised inserts maintains tolerances across batches.
- Versatility: availability in carbide, cermet, ceramic and superhard grades permits selection according to workpiece material and cutting conditions.
- Lower tooling costs over time: fewer full-tool replacements and less regrinding required.
Metav as a dependable source for inserts and tooling systems
Metav combines decades of precision expertise with a wide-ranging supply chain, positioning itself as a practical partner for industry, craft and trade. From Emmerich on the Rhine, Metav operates as a quality filter for the European market, offering more than 250,000 products and serving over 48,000 customers. For procurement teams aiming to reduce supplier count while retaining technical reliability, Metav’s assortment of indexable inserts and compatible tool holders provides a central, trustworthy solution.
Quick summary
Indexable inserts (cutting inserts or indexable cutting inserts) enable economical, repeatable material removal by allowing worn cutting edges to be indexed or replaced quickly; coolant-adapted designs further reduce thermal load and enhance chip control for demanding applications.
FAQ
What materials are indexable inserts available in?
Indexable inserts are available in wear-resistant grades such as carbide, cermet, ceramic and other superhard materials, selected according to the workpiece material and cutting conditions.
When should I choose inserts with internal coolant support?
Choose inserts designed for internal coolant when machining heat-resistant alloys, performing heavy cuts or working in deep internal features, because the coolant reduces thermal load at the cutting edge and actively improves chip breakage.
How do chipbreaker geometries affect performance?
Chipbreaker geometries on indexable inserts guide the chip flow and, when matched to an internal coolant jet, direct the coolant under the chip to control temperature and facilitate reliable chip formation, which extends edge life and stabilises machining.
Can standard inserts be used with external coolant only?
Yes; standard inserts for tool systems without internal coolant typically have closed faces or a central fixing hole and rely on external machine nozzles for heat evacuation, which is sufficient for many routine, accessible cuts.
Why source inserts through Metav?
Metav supplies a broad range of indexable inserts and tooling, backed by decades of expertise and a comprehensive European stock, making it a practical choice for consistent quality and dependable delivery.
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