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.
ADMT10T320R-F56 WSM35S WSM35S Wendeplatten - Walter Tools
Take advantage of the combination of high process security, targeted chip control and extended tool life for efficient machining of stainless steels and heat‑resistant alloys; order the insert via Metav Werkzeuge or consult our specialists for application advice. ADMT10T320R-F56 WSM35S — Fräswendeschneidplatte (Parallelogram 85°), Tiger‑tec Silver | Walter Tools The ADMT10T320R-F56 WSM35S is a robust indexable milling insert designed for demanding machining of stainless steels and heat‑resistant superalloys, optimised for stable cutting performance in high‑temperature applications Tiger·tec Silver coated grade WSM35S Suitable for rostfreier Stahl and superalloys Parallelogram 85° insert form 2.0 mm corner radius for heavy cuts High reliability when machining stainless steels and superalloys The combination of the Tiger‑tec Silver coating and the WSM35S grade delivers a reliable cutting solution for materials that generate heat and resist chip flow. The coated carbide substrate is engineered to resist abrasion and thermal loading, which supports consistent edge life under intermittent and continuous cuts. When used in appropriate toolholders, the insert reduces the risk of built up edge and minimises rework, helping to maintain steady production output and predictable process windows. Stable chip control and secure edge geometry for productivity The integrated chipbreaker F56 and the parallelogram 85° geometry ensure controlled chip formation even in sticky or ductile materials. A corner radius of 2 mm increases mechanical strength at the cutting edge, allowing higher axial depths of cut and improved vibration damping. These features translate into fewer tool changes and longer uninterrupted cycles, resulting in measurable gains in machining throughput and lower unit costs over time. Practical benefits for workshop integration and tool management As an indexable insert, this design simplifies tool inventory and replacement procedures while providing flexibility across different cutter bodies. The plate thickness and tolerance class support secure clamping and repeatable positioning, which reduces setup time and supports consistent surface finish quality. Backed by Walter Tools' reputation for precision, the insert is suited to production environments that prioritise process stability and reproducible results. For tailored application advice or availability of Walter Tools Tiger‑tec Silver inserts such as ADMT10T320R‑F56 WSM35S, contact Metav Werkzeuge to discuss suitability for specific production requirements and next steps Technical data SKU: ADMT10T320R-F56-WSM35S-WALTER Article: ADMT10T320R-F56 WSM35S Product type: Fräswendeschneidplatte Series: Tiger-tec Silver Manufacturer: Walter Tools Facts Corner radius: 2 mm Relief angle: 15° Plate size: 10 Plate thickness: T3 Tolerance class: M Special features Grade/coating: WSM35S / Tiger‑tec Silver Chipbreaker: F56 Plate form: Parallelogram 85° Material compatibility: stainless steels (M), heat‑resistant superalloys and titanium (S) Intended use: heavy‑duty and high‑temperature machining FAQ What materials is this insert suitable for? The ADMT10T320R‑F56 WSM35S is designed for rostfreie Stähle (stainless steels) and heat‑resistant superalloys and titanium, using the WSM35S grade for improved heat resistance and stable cutting. How does the Tiger‑tec Silver coating improve performance? The Tiger‑tec Silver coating on this Walter Tools insert enhances thermal resistance and wear behaviour, which prolongs edge life and maintains consistent cutting performance under elevated temperatures. Can the insert handle heavy depth of cut and interrupted cuts? Yes, the 2 mm corner radius and parallelogram geometry increase mechanical robustness, making the insert suitable for heavier axial depths and interrupted cutting where edge stability is critical. Is this insert compatible with standard cutter bodies? The insert form and dimensions (ADMT10T320R‑F56) conform to common indexable milling interfaces; compatibility should be verified with the specific cutter body and clamping system. What are the expected benefits in production environments? Using this insert typically results in improved process security, reduced frequency of tool changes and better surface quality consistency, which together support higher productivity and lower scrap rates. 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 registered trademarks 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.
ADMT10T320R-F56 WSM45X WSM45X Wendeplatten - Walter Tools
Take advantage of the combination of a WSM45X coated-carbide grade and a robust F56 chipbreaker for secure chip control and extended cutting-edge stability when machining stainless steels and heat‑resistant alloys. Order this insert via Metav Werkzeuge or consult our advisors for the optimal grade and cutting data. ADMT10T320R-F56 WSM45X indexable milling insert — 15° free angle, F56 chipbreaker | Walter Tools The ADMT10T320R-F56 WSM45X is an indexable milling insert designed for heavy-duty and demanding machining of stainless steels and superalloys, offering stable cutting performance and reliable chip control in interrupted and continuous milling operations. Walter coated carbide grade WSM45X Optimised chip control with F56 breaker 15° free cutting angle for stable cutting Parallelogram 85° form for robust engagement Increased process reliability through a heat‑resistant grade The combination of the WSM45X coated‑carbide grade and its geometry is aimed at securing a stable cutting edge when facing the thermal and mechanical challenges of stainless steels and heat‑resistant superalloys. The coating and substrate composition support wear resistance and edge integrity, which reduces the frequency of index changes and contributes to more consistent part quality. For manufacturers prioritising uptime, this results in fewer tool interventions and more predictable cycle times. Predictable chip formation and easier post‑processing The integrated F56 chipbreaker is engineered to deliver compact, controllable chips under typical cutting conditions for the specified material groups, minimising the likelihood of chip entanglement and rework. Combined with the 15° free angle, this geometry helps to manage cutting forces and surface finish, making post‑machining operations such as polishing or surface treatment more efficient. The net effect is a reduction in secondary operations and improved component cleanliness. Robust engagement and application flexibility The parallelogram 85° insert form with a 2 mm corner radius and T3 thickness provides a stable seat in the toolholder and robust edge support for heavier depth‑of‑cut applications. These dimensional characteristics ensure a reliable contact pattern and load distribution, which is especially beneficial in milling strategies with variable feed or interrupted cuts. The insert’s designation signals suitability for both groups M and S according to ISO 513 — that is, stainless steels and heat‑resistant superalloys/titanium — enabling a single grade to cover a broad range of challenging workpiece materials. Practical advantages for workshop productivity Using a standardised insert form such as this reduces inventory complexity and simplifies tool changeover. The ADMT10T320R‑F56 geometry supports stable chip evacuation and consistent edge life, which together lower the total cost of machining through reduced downtime and scrap. For production environments where repeatability and surface integrity matter, this insert offers a balance of wear resistance and mechanical stability that supports reliable part output. Contact Metav Werkzeuge for tailored cutting‑data recommendations and to secure this Walter Tools insert for demanding stainless and superalloy machining tasks Technical Data Article number: ADMT10T320R-F56-WSM45X-WALTER Facts Free angle: 15° Corner radius: 2 mm Size: 10 Thickness: T3 Special features Coating / grade: WSM45X (coated carbide) Chipbreaker: F56 Form: Parallelogram 85° Series: Walter Schneidstoffsorte - Serie offen Tolerance class: M Material suitability: stainless steels (M), heat‑resistant superalloys / titanium (S) FAQ What materials is this insert suited for? The ADMT10T320R‑F56 WSM45X insert is designed for stainless steels (ISO group M) and heat‑resistant superalloys/titanium (ISO group S), with the WSM45X grade optimised for those applications. How does the F56 chipbreaker affect machining? The F56 chipbreaker produces compact chips and supports stable evacuation under typical cutting parameters, improving surface quality and reducing the risk of chip re‑entanglement when using the ADMT10T320R‑F56 insert. Is the 2 mm corner radius suitable for roughing? Yes, the 2 mm corner radius provides greater edge strength and is well suited to heavier cuts, offering improved resistance to mechanical edge failure during roughing passes with this Walter Tools insert. Can this insert be used in interrupted cuts? The parallelogram 85° form and the robust grade WSM45X give the insert good stability for interrupted milling, maintaining cutting‑edge integrity under impact and varying engagement conditions. What benefits does the 15° free angle provide? The 15° free angle contributes to controlled cutting forces and helps mitigate the build‑up of heat on the cutting edge, supporting longer, more consistent tool life with the ADMT10T320R‑F56 insert. Hersteller: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Protected trademarks and trade names remain the property of their respective owners. Brand names and protected trademarks are used solely for explanatory purposes. There is no connection between our company and the named brands. The offered article is original, factory‑new goods of the manufacturer Walter Tools.
ADMT10T320R-F56 WSP45G WSP45G Wendeplatten - Walter Tools
Take advantage of a combination of Tiger·tec Gold wear resistance, precise parallelogram 85° geometry and a 2 mm corner radius for consistent, productive milling of steels, stainless steels and heat‑resistant alloys; order directly via Metav Werkzeuge or consult the technical team for application-specific recommendations. ADMT10T320R-F56 WSP45G milling insert — Walter Tools, Tiger·tec Gold, F56 chipbreaker ADMT10T320R-F56 WSP45G is a PVD‑coated carbide milling insert designed for versatile face and shoulder milling in demanding materials Tiger·tec Gold PVD coating Suitable for steel, stainless steel, superalloys Parallelogram 85° insert shape 15° relief angle and 2 mm corner radius Consistent productivity through advanced wear protection The Tiger·tec Gold coating on this insert offers a balanced combination of hardness and toughness. As a PVD‑coated carbide grade, it supports stable cutting-edge performance under elevated temperatures typical of milling operations in steel and rostfreiem Stahl. This translates into extended tool life and fewer insert changes, leading to measurable reductions in downtime and more predictable machining cycles. The result is an efficient production flow with lower process variability. Geometry engineered for secure chip control and surface quality A parallelogram 85° outline combined with the F56 chipbreaker creates controlled chip formation and evacuation during interrupted cuts. The insert’s 15° relief reduces rubbing on the flank while the 2 mm corner radius provides a compromise between strength and accessible finish quality. These geometric choices enable secure, repeatable engagement with the workpiece, improving surface integrity and reducing the likelihood of built‑up edge under mixed cutting conditions. Broad material capability with application guidance This insert is optimised for groups P, M and S: general steel, stainless steel and heat‑resistant superalloys/titanium. The material classification reflects suitability for typical milling challenges — from continuous roughing to mixed finishing passes. For machinists seeking a single grade to cover a range of components, the WSP45G sort delivers balanced behaviour: resistance to thermal degradation for high heat loads and sufficient toughness to withstand edge loading during interrupted cuts. Practical benefits for toolroom and production environments The ADMT10T320R‑F56 WSP45G insert reduces the need for multiple specialised grades by combining robustness and wear resistance in one product family. The combination of a reliable chipbreaker, Tiger·tec Gold surface engineering and an M tolerance class supports straightforward insert indexing and predictable tool life. This eases tool planning, simplifies inventory and contributes to stable cycle times — particularly valuable in batch production and tool‑controlled setups. For technical procurement or application advice on Walter Tools Tiger·tec Gold inserts, contact Metav Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930 — the Metav team provides material‑specific recommendations and availability. Technical data SKU: ADMT10T320R-F56-WSP45G-WALTER Article designation: ADMT10T320R-F56 WSP45G Series: Tiger‑tec Gold Grade/sort: WSP45G Chipbreaker: F56 Facts Insert size: 10 Insert thickness: T3 Shape: Parallelogram 85° Relief angle: 15° Corner radius: 2 mm Tolerance class: M Special features Coating type: PVD (Tiger·tec Gold) Substrate: coated carbide Applicable material groups: P / M / S Execution: T FAQ What materials are best machined with this insert? The ADMT10T320R‑F56 WSP45G insert is suitable for steel, stainless steel and heat‑resistant superalloys/titanium (material groups P, M, S), offering balanced wear resistance and edge stability for these groups. What is the purpose of the F56 chipbreaker? The F56 chipbreaker is designed for controlled chip formation during milling, improving evacuation and reducing the risk of re‑cutting, which helps maintain surface finish and tool life for the ADMT10T320R‑F56 WSP45G. How does the 2 mm corner radius affect performance? A 2 mm corner radius increases cutting edge strength and improves tool life under intermittent loading while still permitting acceptable surface finish in shoulder and face milling operations. Is this insert compatible with standard milling cutters for parallelogram inserts? Yes, the parallelogram 85° form and M tolerance class make the insert compatible with toolholders designed for ADMT‑style parallelogram inserts; verify seat geometry and clamping type before assembly. What advantages does Tiger·tec Gold provide in milling? Tiger·tec Gold PVD coating enhances thermal resistance and reduces abrasive wear, resulting in more consistent tool life and reliable performance across a range of steels and heat‑resistant materials. Walter Tools: Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany 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 Walter Tools.
ADMT10T325R-F56 WKP35G Wendeplatten - Walter Tools
Benefit from the combination of Tiger‑tec Gold coating and the WKP35G grade for reliable machining of steel and cast iron; the 15° relief and 2.5 mm corner radius deliver stable chip formation and consistent surface quality. Order the ADMT10T325R-F56 WKP35G directly via Metav Werkzeuge or consult our technical advisors for application-specific selection. ADMT10T325R-F56 WKP35G — Parallelogram indexable milling insert, Tiger‑tec Gold (Walter Tools) The ADMT10T325R-F56 WKP35G is a parallelogram milling insert engineered for productive machining of steel and cast iron, combining a coated carbide grade with an optimised chipformer for steady performance. Tiger‑tec Gold coating for long tool life Optimised F56 chipformer for consistent chips Parallelogram 85° geometry for cutting stability 2.5 mm corner radius for reinforced cutting edge Robust grade and coating for extended tool life The insert is built on the WKP35G cutting grade within the Tiger‑tec Gold series, a coated cemented carbide solution designed to resist abrasive wear common in steel and cast iron machining. This coating improves high‑temperature performance and adhesion resistance, which translates into longer intervals between index changes and lower tooling costs per component. The grade’s balance of toughness and hardness supports reliable edge life even under varied process conditions. Geometry that stabilises cutting and surface quality The parallelogram 85° platform together with a 15° relief reduces shock at the cutting edge and evens out radial force distribution, resulting in calmer cutting behaviour and improved finish on the workpiece. The 2.5 mm radius increases edge strength, helping to avoid premature chipping when entering interrupted cuts or working with tougher steel grades. These design elements contribute to predictable tool performance and steady productivity on serial and batch jobs. Chip control and predictable process security Equipped with the F56 chipformer and a T3 plate thickness, the insert is tailored for consistent chip breaking and evacuation when machining P (steel) and K (cast iron) materials. Stable chip formation minimises recutting, protects the insert edge and reduces downtime for cleaning or tool changes. The tolerance class M ensures dimensional consistency between inserts, supporting reproducible results across tool assemblies and enabling efficient tool setting and spindle balancing. Application benefits and integration into production Specified for use in productive milling operations, this insert supports high process reliability and broad material coverage, making it suitable for mixed production environments. The combination of grade, chipformer and geometry aims to reduce cycle time and increase parts-per-index rates. Further technical data can be provided for cutting parameters and clamping recommendations; contact options are available for application matching and optimisation. Contact Metav Werkzeuge for tailored application advice and procurement of original Walter Tools Tiger‑tec Gold inserts to maximise machining performance in steel and cast iron operations Technical data Article number: ADMT10T325R-F56-WKP35G-WALTER Product: Indexable milling insert Designation: ADMT10T325R-F56 WKP35G Manufacturer: Walter Tools Facts Size: 10 mm Corner radius: 2.5 mm Relief angle: 15° Thickness: T3 Geometry: Parallelogram 85° Tolerance class: M Special features Grade: WKP35G (coated cemented carbide) Series: Tiger‑tec Gold Chipformer: F56 Material groups: P (steel), K (cast iron) Stable chip formation and wide material coverage FAQ What materials is this insert suitable for? The ADMT10T325R-F56 WKP35G is optimised for machining steel (P) and cast iron (K) according to the grade and series characteristics. How does the Tiger‑tec Gold coating affect performance? The Tiger‑tec Gold coating on the WKP35G grade increases wear resistance and thermal stability, extending index life and improving process reliability during demanding milling tasks. What benefit does the parallelogram 85° geometry provide? Parallelogram 85° geometry stabilises cutting forces and supports better surface finish while allowing secure clamping in many milling cutter pockets. Is the F56 chipformer suitable for mixed cutting conditions? Yes, the F56 chipformer is designed for consistent chip control across a range of steel and cast‑iron applications, reducing recutting and downtime. What does tolerance class M mean for production? Tolerance class M indicates consistent dimensional conformity between inserts, aiding reproducible tool setup and predictable machining results. Protected trademarks and trade names are the property of their respective owners. Brand names and registered trademarks are mentioned for explanation only; no connection between our company and the named brands is implied. The offered article is original and brand new from the manufacturer. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen
ADMT10T325R-F56 WSM35G WSM35G Wendeplatten - Walter Tools
Benefit from a combination of extended tool life and high process reliability thanks to the Tiger‑tec Gold coating and the WSM35G grade; the robust chip control and 15° clearance support stable machining of demanding materials. Order this milling insert directly via Metav Werkzeuge or consult our specialists for application support. ADMT10T325R-F56 WSM35G milling indexable insert — Tiger‑tec Gold, for stainless steel and heat‑resistant superalloys — Walter Tools The ADMT10T325R-F56 WSM35G is a parallelogram 85° milling insert engineered for heavy‑duty machining of stainless steels and heat‑resistant superalloys, offering a 15° clearance and a 2.5 mm corner radius to improve edge stability and chip formation. Tiger‑tec Gold coating for extended tool life Designed for stainless steel and superalloys Parallelogram 85° geometry for secure clamping 2.5 mm corner radius with 15° clearance High‑performance grade for demanding materials The WSM35G grade from Walter Tools is a coated carbide alloy within the Tiger‑tec Gold family, developed for machining difficult‑to‑cut materials. It targets ISO 513 groups M and S, meaning it is suitable for stainless steels and heat‑resistant superalloys/titanium, where toughness, build‑up edge and heat generation challenge conventional grades. The combination of grade and coating translates into longer tool life and more consistent machining cycles, reducing downtime and improving overall cost efficiency. Geometry and chip control for consistent surface quality This insert’s Parallelogram 85° geometry and integrated chipbreaker F56 promote reliable chip formation and evacuation under diverse cutting conditions. The 2.5 mm corner radius and 15° clearance contribute to edge strength and reduced risk of chipping, while the T3 thickness and tolerance class M ensure repeatable seating and secure clamping in compatible toolholders. Together these features support stable cutting forces, which in turn help achieve uniform surface finish and minimise rework. Process security that supports productive machining By combining a robust substrate with the Tiger‑tec Gold coating, the insert provides enhanced resistance to abrasion and thermal load. This results in improved process security and predictable wear behaviour, especially in continuous production environments where repeatability is essential. The stable cutting edge characteristic of this solution helps maintain part tolerances and reduces the frequency of insert changes, thereby supporting higher productivity and lower unit costs. Application notes and recommended uses This indexable insert is intended for machining of M (stainless steels) and S (heat‑resistant superalloys and titanium) according to ISO classifications; depending on the cutting geometry, the grade performs particularly well on stainless materials. Typical application windows include moderate to heavy removal rates where chip control and edge stability are priorities. For optimal results, match the insert geometry and the F56 chipbreaker to the chosen cutting parameters and the workpiece material, and consider coolant strategy to manage temperatures when machining superalloys. For reliable, high‑performance milling of stainless steels and superalloys, specify the Tiger‑tec Gold ADMT10T325R-F56 WSM35G from Walter Tools and contact Metav Werkzeuge for tailored application advice at info@metav-werkzeuge.com or by phone on +49 2822 7131930 Technical Data SKU: ADMT10T325R-F56-WSM35G-WALTER Product: Fräswendeschneidplatte (milling indexable insert) Manufacturer: Walter Tools Series: Tiger‑tec Gold Grade: WSM35G Designation: ADMT10T325R-F56 Core specifications Corner radius: 2.5 mm Clearance angle: 15° Geometry: Parallelogram 85° Insert size: 10 Thickness: T3 Tolerance class: M Features / Applicability Chipbreaker: F56 Coating/technology: Tiger‑tec Gold Substrate: coated carbide Material application: S / M (heat‑resistant superalloys/titanium; stainless steels) Suitable for demanding machining where stable chip formation is required FAQ What materials is this insert designed for? The ADMT10T325R‑F56 WSM35G insert is designed for ISO groups M and S, making it suitable for stainless steels and heat‑resistant superalloys/titanium when used with the appropriate geometry and cutting data. How does the Tiger‑tec Gold coating benefit production? The Tiger‑tec Gold coating on the WSM35G grade increases wear resistance and thermal stability, which helps extend tool life and improve process security in continuous milling operations. What role does the F56 chipbreaker play? The chipbreaker F56 supports controlled chip formation and evacuation, reducing the risk of entanglement and promoting consistent surface quality when machining challenging materials. Is the 2.5 mm corner radius suitable for finishing? A 2.5 mm corner radius provides increased edge strength for robust cutting and is best employed where a balance between edge durability and surface finish is required; for fine finishing, smaller radii may be considered depending on the application. What tolerance and seating accuracy can be expected? The insert is supplied with tolerance class M and T3 thickness, ensuring repeatable seating and reliable clamping in compatible toolholders for consistent machining results. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany Protected trademarks and product names are the property of their respective owners. Brand names and protected product names 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.
ADMT10T325R-F56 WSM35S T Wendeplatten - Walter Tools
The combination of Tiger·tec Silver coating, the F56 chipformer and a robust 2.5 mm corner radius ensures reliable performance when machining demanding materials; choose this insert for consistent chip control and longer tool life. Order the insert directly via Metav Werkzeuge or consult the team for application-specific advice. ADMT10T325R-F56 WSM35S indexable milling insert – Tiger·tec Silver, 15° relief, Walter Tools The ADMT10T325R-F56 WSM35S is a parallelogram indexable milling insert engineered for productive machining of stainless steels and heat‑resistant superalloys, offering precise edge stability and controlled chip formation. Tiger·tec Silver heat resistance Optimised F56 chipformer for stable chips Parallelogram 85° geometry for axial rigidity 2.5 mm corner radius for robust edge life Durable coating for extended cutting performance The Tiger·tec Silver coating applied to the WSM35S grade delivers improved wear resistance and thermal stability under elevated cutting temperatures. For stainless steels and similar tough-to-cut alloys, the coating reduces flank wear and supports a predictable tool life, which translates into fewer indexings and reduced downtime. This feature-oriented design provides a tangible gain in process reliability without complex parameter changes. Geometry and chip control that boost machining rates The insert’s parallelogram 85° geometry combines a secure cutting engagement with controlled axial forces, while the engineered chipformer F56 promotes short, consistent chips across varying depths of cut. The geometry reduces vibration and supports higher feed rates where machine and clamping allow. Explaining the chipformer: it is a small groove and ramp design on the rake face that shapes swarf for easier evacuation and safer handling in automated production. Tailored for difficult materials and thermal challenges Designed for ISO groups M and S, the grade is optimised for stainless steels, superalloys and titanium, materials that commonly generate heat and sticky swarf. The insert’s substrate and coating combination supports a stable cutting edge and helps prevent built-up edge formation, improving surface finish and dimensional repeatability. Choosing this grade mitigates common problems when machining high-alloy parts, such as accelerated wear from heat concentration. Robust dimensions and tolerance for industrial use With a corner radius of 2.5 mm, a 15° relief angle and a T3 thickness, this insert provides mechanical strength for interrupted cuts and shoulder milling. The tolerance class M signifies manufacturing precision that aids consistent clamping and repeatable toolpaths in multi-station setups. These measurable attributes support process planning: the insert’s form and size make it suitable for stable, productive production flows in batch and continuous operations. Trust Walter Tools’ Tiger·tec Silver technology for demanding applications — contact Metav Werkzeuge GmbH at info@metav-werkzeuge.com or call +49 2822 7131930 for tailored machining recommendations and order support Technical data Article number: ADMT10T325R-F56-WSM35S-WALTER Designation: ADMT10T325R-F56 WSM35S Manufacturer: Walter Tools Facts Size: 10 Corner radius: 2.5 mm Relief angle: 15° Thickness: T3 Form: Parallelogram 85° Special features Grade: WSM35S (coated carbide, Tiger·tec Silver) Chipformer: F56 Tolerance class: M Suitable for: stainless steels (M), superalloys / titanium (S) FAQ What materials is this insert intended for? The ADMT10T325R-F56 WSM35S insert is intended for machining stainless steels and heat‑resistant superalloys and titanium, as indicated by its S / M suitability and coating technology. How does the Tiger·tec Silver coating benefit production? Tiger·tec Silver improves thermal resistance and wear behaviour; in the ADMT10T325R-F56 WSM35S this supports longer tool life and more consistent surface quality when cutting demanding alloys. What role does the F56 chipformer play? The F56 chipformer shapes and breaks chips to promote safe evacuation and reduce entanglement, which helps maintain stable cutting conditions in the ADMT10T325R-F56 WSM35S. Is the insert suitable for interrupted cuts and shoulder milling? Yes, the 2.5 mm corner radius and T3 thickness offer mechanical robustness suitable for interrupted cuts and shoulder milling operations with appropriate tooling and clamping. Which tolerance and repeatability class applies? The insert is manufactured to tolerance class M, ensuring consistent seating and repeatable performance in fixture and toolholder systems. Walter Tools is a brand of Walter AG and part of the Sandvik Group. Protected trademarks and trade names are the property of their respective owners. The item offered is original, brand‑new stock from the manufacturer. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany
ADMT10T325R-F56 WSP45G WSP45G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold coating, the versatile WSP45G grade and the F56 chipbreaker for reliable chip control and long tool life; order directly via Metav Werkzeuge or consult our specialists for application-specific recommendations. ADMT10T325R-F56 WSP45G — Milling insert (Parallelogram 85°, Tiger·tec Gold) by Walter Tools The ADMT10T325R-F56 WSP45G is an indexable milling insert engineered for versatile face and shoulder milling across steel, stainless steel and heat-resistant superalloys. Tiger·tec Gold PVD coating for long tool life Suitable for steel, stainless and superalloys Parallelogram shape, 85° cutting edge Stable chip control with F56 chipbreaker Durable coating and grade for extended tool life The combination of the Tiger·tec Gold coating and the WSP45G grade provides a PVD-coated cemented carbide configuration that improves wear resistance and supports a stable cutting edge under demanding conditions. The surface technology reduces abrasive and adhesive wear, which translates into longer service intervals and fewer insert changes. For production environments where tool longevity directly affects throughput, this configuration supports consistent cycle times and reduces unexpected downtime. Geometry and chip control that improve process reliability The ADMT10T325R-F56 WSP45G benefits from a parallelogram 85° geometry and a dedicated F56 chipbreaker, which together promote controlled chip formation and effective evacuation. The 2.5 mm corner radius increases edge strength for interrupted cuts while the 15° relief angle balances cutting action and edge support. These geometric decisions reduce the risk of edge chipping and enable stable cutting conditions, which is especially valuable when shifting between roughing and semi-finishing passes. One insert for multiple materials reduces stock complexity Designed for the material groups P / M / S, the grade is optimised for unalloyed and alloyed steel, stainless steel and challenging superalloys/titanium that generate high temperatures and require robust edge performance. Using a single insert family across these material classes simplifies inventory, speeds up tooling decisions and reduces the need for frequent tool changes when jobs vary across work orders. The result is a leaner tooling setup with predictable outcomes. Practical features for production planning and quality consistency With tolerance class M and thickness code T3, the insert delivers predictable dimensional repeatability and straightforward replacement routines. The clearly defined chipbreaker and consistent coating quality aid process stabilisation, making it easier to set and maintain cutting parameters. For workshop managers and process engineers this means fewer trial cycles, faster ramp-up times for new jobs and a reliable path to repeatable surface finish and dimensional accuracy. Contact Metav Werkzeuge today for tailored tool selection and application advice on Walter Tools ADMT10T325R-F56 WSP45G milling inserts — email info@metav-werkzeuge.com or call +49 2822 7131930 for expert guidance Technical data SKU: ADMT10T325R-F56-WSP45G-WALTER Label: Fräswendeschneidplatte ADMT10T325R-F56 WSP45G Walter Tools Product type: Fräswendeschneidplatte (milling insert) Manufacturer: Walter Tools Series: Tiger-tec Gold Grade: WSP45G Execution: T ISO designation: ADMT10T325R-F56 WSP45G Numbers / Core technical data Size: 10 mm Corner radius: 2.5 mm Relief angle: 15° Thickness code: T3 Tolerance class: M Designs / Special features Chipbreaker: F56 Shape: Parallelogram 85° Coating: Tiger·tec Gold (PVD) Applicable materials: Steel (P), stainless steel (M), superalloys/titanium (S) FAQ Is this insert suitable for stainless steel applications? Yes. The WSP45G grade and Tiger·tec Gold coating are specifically formulated to handle the heat and toughness associated with stainless steel, making the ADMT10T325R-F56 WSP45G well suited for such tasks. What corner radius and relief angle does the insert have? The insert features a 2.5 mm corner radius and a 15° relief angle, values that support edge strength and controlled cutting behaviour for roughing and semi-finishing operations. Which chipbreaker is integrated and what benefit does it provide? The integrated F56 chipbreaker promotes stable chip formation and reliable evacuation, improving process security and reducing the likelihood of chip-related interruptions with the ADMT10T325R-F56 WSP45G. Can the same insert be used for titanium and nickel-based alloys? Yes. The P/M/S designation indicates suitability for steel, stainless steel and heat-resistant superalloys/titanium, so the insert is applicable to titanium and nickel-based materials within appropriate cutting parameter windows. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen Walter Tools (Walter AG) is a leading manufacturer of precision tools for metalworking and is part of the Swedish Sandvik group. Protected trademarks and trade names are the property of their respective owners. Brand names and protected trademarks are cited solely for explanatory purposes. There is no affiliation between our company and the named brands. The offered item is an original, factory-new product from the manufacturer.
ADMT10T330R-F56 WKP35G Wendeplatten - Walter Tools
Combining the Tiger·tec Gold coating, the WKP35G grade and the F56 chipbreaker ensures reliable chip control and extended tool life; order the ADMT10T330R-F56 WKP35G milling insert directly via Metav Werkzeuge or consult our specialists for application advice. ADMT10T330R-F56 WKP35G milling indexable insert — Tiger·tec Gold, for steel and cast iron (Walter Tools) The ADMT10T330R-F56 WKP35G is a precision milling indexable insert designed for productive machining of steel and cast iron, combining a Tiger·tec Gold coating with a dedicated chipbreaker geometry for stable cutting performance. Tiger·tec Gold coated carbide Suitable for steel and cast iron Parallelogram 85° geometry 15° relief angle and 3 mm corner radius Consistent chip control for reliable machining results The combination of the F56 chipbreaker and the WKP35G grade produces a predictable chip form, reducing interruptions and increasing process reliability. The Tiger·tec Gold coated carbide provides thermal and abrasive resistance, which helps to maintain cutting edge geometry over longer tool life; in practice this translates into fewer tool changes and higher uptime on production lines. For those less familiar, a chipbreaker shapes and breaks the metal swarf so that evacuation is easier and the surface finish remains consistent. Geometry and angles that support accurate milling The 85° parallelogram geometry together with a 15° relief angle and a 3 mm corner radius offers a balanced mix of strength and accessibility. The parallelogram form provides a favourable cutting direction for a wide range of face and shoulder milling operations, while the 3 mm radius supports stable engagement in interrupted cuts. These design choices minimise vibration and distribute cutting forces, which benefits dimensional accuracy and surface quality on workpieces made from steel and cast iron. Practical benefits for workshop and production planning Specifically optimised for P/K applications, this insert reduces process variability and streamlines tool selection across mixed production runs. The coated grade and geometry enable predictable wear behaviour, simplifying replacement intervals and inventory planning. Where cycle time and repeatability are priorities, the insert’s construction supports higher productivity without compromising component quality, making it a rational choice for engineering teams seeking cost-effective machining solutions. Contact Metav Werkzeuge for tailored application advice, cutting data recommendations and supply options — phone +49 2822 7131930 or email info@metav-werkzeuge.com Technical Data SKU: ADMT10T330R-F56-WKP35G-WALTER Designation: ADMT10T330R-F56 WKP35G Series: Tiger-tec Gold Manufacturer: Walter Tools Product type: Fräswendeschneidplatte (milling indexable insert) Numbers / Core Technical Data Relief angle: 15° Corner radius: 3 mm Plate size: 10 Plate thickness: T3 Plate form: Parallelogram 85° Chipbreaker: F56 Tolerance class: M Designs / Special Features Grade: WKP35G (coated carbide) Material suitability: P / K (steel and cast iron) Series description: Tiger·tec Gold technology Main application: machining of steel and cast iron Stable chip formation and broad material coverage FAQ What materials is this insert suitable for? The ADMT10T330R-F56 WKP35G insert (Walter Tools milling indexable insert) is suitable for steel and cast iron applications, indicated by the P/K material suitability. How does the Tiger·tec Gold coating benefit performance? The Tiger·tec Gold coating on the WKP35G grade increases thermal and abrasive resistance, which improves edge stability and extends tool life for demanding milling operations. Which geometry suits interrupted cuts and shoulder milling? The 85° parallelogram geometry combined with a 3 mm corner radius and 15° relief angle offers strength and rigidity that help manage interrupted cuts and deliver consistent shoulder milling results. 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 trademarks are mentioned solely for explanatory purposes. There is no connection between our company and the named brands. The offered article is original factory-new goods of the manufacturer.
ADMT10T330R-F56 WKP35S Wendeplatten - Walter Tools
Take advantage of the combination of proven Tiger‑tec Silver cutting grade, stable chip control and robust parallelogram 85° geometry to maintain steady production rates and predictable tool life; order directly via Metav Werkzeuge or consult the technical team for application-specific recommendations. ADMT10T330R-F56 WKP35S — Milling Insert, Tiger‑tec Silver, for Steel and Cast Iron (Walter Tools) A ADMT10T330R-F56 WKP35S milling insert engineered for productive machining of steel and cast iron in mixed production environments Tiger‑tec Silver coating technology Suitable for steel and cast iron machining Parallelogram 85° insert geometry 3 mm corner radius for stable cutting Higher throughput thanks to a wear‑resistant cutting grade The combination of the Tiger‑tec Silver series and the WKP35S grade delivers a wear‑resistant, coated cemented‑carbide solution that is optimised for the thermal and mechanical stresses encountered when machining steel and cast iron. The coating and substrate pairing is designed to slow abrasive wear and maintain a stable cutting edge, which results in extended tool life and more predictable reconditioning intervals. In production terms, this means fewer tool changes and a steadier machining cycle time when compared with uncoated or less advanced grades. Geometry that supports rigidity and versatile toolpaths The parallelogram 85° geometry together with the 15° relief angle and a 3 mm corner radius offers a balance between accessibility and cutting edge strength. The insert form provides favourable entry and exit behaviour on radial approaches while the corner radius reduces the risk of chipping on light interruptions and moderate radial engagements. This geometry is useful for both finishing passes where surface integrity is important and for productive roughing passes where edge stability is required. Chip control and material group suitability explained Equipped with the F56 chipbreaker, the insert is tuned to produce short, consistent chips in many turning and milling conditions, aiding evacuation and reducing the risk of recutting. The designation follows the ISO material group concept: P indicates suitability for steels and K for cast irons, as defined in ISO 513. In practice this means the insert is engineered for the typical heat generation and chip formation of steels and the abrasive, often brittle behaviour of cast parts, supporting a wide range of component materials without frequent grade swaps. Predictable performance for industrial production Designed as a medium‑tolerance option (tolerance class M) and produced in the T3 thickness family, this insert provides reproducible seating and repeatable pocket indexing. The balance of grade, chipbreaker and geometry supports consistent surface finish and dimensional stability across runs, which contributes directly to reduced scrap rates and improved overall equipment effectiveness (OEE). Integration into established Walter Tools tool systems is straightforward, and the insert’s specifications facilitate easy replacement and inventory handling in workshop settings. For application advice or to reserve ADMT10T330R-F56 WKP35S inserts from Walter Tools, contact Metav Werkzeuge GmbH — technical consultants are available by e‑mail at info@metav-werkzeuge.com or by phone at +49 2822 7131930 Technical data Article number: ADMT10T330R-F56-WKP35S-WALTER Manufacturer: Walter Tools Product type: Milling insert Designation: ADMT10T330R-F56 WKP35S Facts Relief angle: 15° Corner radius: 3 mm Insert size: 10 Plate thickness: T3 Geometry: Parallelogram 85° Tolerance class: M Special features Series: Tiger‑tec Silver Grade: WKP35S (coated cemented carbide) Chipbreaker: F56 Material suitability: P / K (steel, cast iron) Execution: T FAQ What materials can this insert machine effectively? The ADMT10T330R-F56 WKP35S insert from Walter Tools is suitable for steel (P) and cast iron (K) applications as indicated by its grade and chipbreaker configuration. How does the F56 chipbreaker affect machining? The F56 chipbreaker on this Walter Tools insert promotes short, controlled chip formation, improving evacuation and reducing the chance of recutting during medium to high metal removal rates. Which insert geometry is this and what advantage does it give? The parallelogram 85° geometry with a 15° relief angle enhances cutting stability and access on complex toolpaths while the 3 mm corner radius increases edge robustness for mixed finishing and roughing operations. Is this insert suitable for production environments with mixed materials? Yes — the combination of Tiger‑tec Silver coating and the WKP35S grade provides wear resistance and consistent edge life across steel and cast iron batches, making it well suited to mixed‑material production. What tolerance and thickness can be expected for repeatability? This insert is supplied in tolerance class M and the T3 thickness family, ensuring reproducible seating and consistent indexing in modular milling toolheads. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Protected trademarks and product names are the property of their respective owners. Brand names and protected designations are used solely for explanation. There is no affiliation between our company and the mentioned brands. The offered article is original, factory‑new merchandise of the manufacturer.
ADMT10T330R-F56 WSM35G WSM35G Wendeplatten - Walter Tools
Reliable productivity and extended tool life result from the combination of Tiger·tec Gold coating and the WSM35G grade, delivering stable chip formation when machining stainless steel and heat‑resistant superalloys; order the ADMT10T330R‑F56 WSM35G milling insert via Metav Werkzeuge or contact our consultants for application guidance. ADMT10T330R-F56 WSM35G milling insert – Tiger·tec Gold, Walter Tools The ADMT10T330R-F56 WSM35G is a parallelogram 85° milling insert designed for demanding operations on stainless steel and high‑temperature superalloys, combining wear resistance with reliable edge stability. Tiger·tec Gold coating for high wear resistance Suitable for stainless steel and superalloys Parallelogram 85° geometry for stable cutting Corner radius 3 mm for robust edge strength Consistent performance for hard‑to‑machine materials The combination of the WSM35G grade and Tiger·tec Gold technology provides a wear‑resistant cutting edge that supports stable chip formation under thermal and mechanical stress. This indexable insert is engineered to resist abrasive and adhesive wear, which helps preserve cutting geometry over longer cycles. For production environments where material properties induce heat build‑up — notably stainless steel and heat‑resistant alloys — the coated substrate balances hardness and toughness to reduce the risk of premature edge breakdown while maintaining productivity. Geometry that improves process reliability and surface quality The Parallelogram 85° form and corner radius 3 mm create a controlled engagement with the workpiece, lowering vibration and distributing cutting forces across a robust edge. The 15° free clearance and T3 thickness contribute to secure clamping and repeatable insert positioning. The integrated F56 chipbreaker assists in breaking and evacuating chips reliably, which in turn reduces rework and downtime. These geometric characteristics translate into a measurable improvement in surface finish and a decrease in unexpected tool changeovers. Application scope and machining advantages Certified for ISO groups M and S, this insert is suitable for stainless steel as well as heat‑resistant superalloys and titanium alloys where thermal stability and edge integrity are critical. The grade is optimised to handle the poor thermal conductivity and work‑hardening tendencies of such materials, thereby improving process security in series production and in specialised component manufacturing. For workshops and contract manufacturers focused on repeatable results, the insert supports tighter tolerances and consistent part quality. Operational benefits and economic rationale By offering a combination of a coated hardmetal grade and a robust geometry, the insert reduces frequency of index changes and supports stable tool life — translating into lower tooling costs per part and higher machine utilisation. The indexable format enables rapid replacement and minimal setup interruption, while the reliable chip control reduces secondary finishing. Backed by Walter Tools’ established design principles, this solution supports both small batches and larger production runs seeking predictable outcomes and efficient use of resources. For tailored advice and to secure the ADMT10T330R‑F56 WSM35G milling inserts with Tiger·tec Gold performance, contact Metav Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930 for application support and ordering assistance Technical data SKU: ADMT10T330R-F56-WSM35G-WALTER Article designation: ADMT10T330R-F56 WSM35G Product type: Milling insert / indexable insert Manufacturer: Walter Tools Facts Corner radius: 3 mm Free clearance: 15° Plate size: 10 Thickness: T3 Plate form: Parallelogramm 85° Tolerance class: M Special features Coating: Tiger·tec Gold Grade: WSM35G Material groups: S / M Chipbreaker: F56 Application: stainless steel; heat‑resistant superalloys and titanium (ISO M and S) Robust design for stable chip formation and edge life Brand: Walter Tools FAQ What materials is this insert suitable for? The ADMT10T330R‑F56 WSM35G milling insert is intended for stainless steel (ISO group M) and for heat‑resistant superalloys and titanium (ISO group S), offering thermal stability and controlled chip formation. How does the Tiger·tec Gold coating benefit cutting performance? The Tiger·tec Gold coating on the WSM35G grade enhances wear resistance and heat tolerance, which extends edge life and improves process reliability when machining demanding materials. What is the effect of the Parallelogram 85° geometry? The Parallelogram 85° form provides a stable cutting attitude and reduced vibration, helping to achieve consistent surface quality and prolonging the service life of the insert. Is the insert compatible with standard toolholders? This indexable milling insert follows common dimensions for its designation ADMT10T330R‑F56 and is compatible with matching Walter Tools toolholders designed for the same insert geometry. Which chipbreaker is integrated and what is its advantage? The integrated F56 chipbreaker promotes reliable chip control and evacuation, reducing the risk of rework and improving cycle stability in continuous machining operations. 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.
ADMT10T330R-F56 WSP45G WSP45G Wendeplatten - Walter Tools
Compact, wear‑resistant milling performance is provided by the combination of the Tiger·tec Gold coating and the WSP45G grade, delivering reliable chip control across steel, stainless steel and heat‑resistant alloys; the parallelogram 85° form with a 15° relief angle and R3 corner adds cutting stability and edge strength. Order the ADMT10T330R-F56 WSP45G milling insert directly via Metav Werkzeuge or ask our consultants if needed. ADMT10T330R-F56 WSP45G milling indexable insert — Tiger·tec Gold, P / M / S, 15° relief — Walter Tools The ADMT10T330R-F56 WSP45G is a Tiger·tec Gold coated milling insert designed for versatile roughing and finishing operations on steel, stainless steel and heat‑resistant alloys in industrial milling applications. Tiger·tec Gold PVD coating Suitable for steel, stainless and superalloys Parallelogram 85° form for stable cutting 15° relief and R3 corner for robust edge Proven efficiency and consistent process security The combination of a modern Tiger·tec Gold coating and the WSP45G grade targets high productivity with stable chip formation. The PVD coating enhances wear resistance and thermal stability, which means longer edge life under cyclic loads and elevated temperatures. For machining operations where cycle time and repeatability matter, this results in fewer tool changes and more predictable component quality, supporting a smoother production flow and reduced downtime. Coating and grade explained for reliable material handling The WSP45G grade is a PVD‑coated cemented carbide designed specifically for milling applications across the ISO groups P, M and S. In practice this means suitability for unalloyed and alloyed steel, stainless steel and heat‑resistant superalloys or titanium. The coating reduces built‑up edge and improves heat resistance; the substrate ensures the cutting edge withstands the mechanical stresses typical of interrupted cuts. This balance provides consistent performance when switching between roughing and finishing passes. Design details that support stable cutting and easy process integration The insert’s parallelogram 85° geometry promotes secure seat support and favourable cutting angles for axial milling, while the 15° relief angle reduces rubbing at the flank and helps maintain a sharp contact zone. The R3 corner radius offers a compromise between edge strength and surface finish capability, making the grade suitable for both higher material removal rates and quality face generation. The F56 chipbreaker facilitates controlled chip evacuation, reducing rework and tool interference in multi‑pass routines. Practical handling and application advice The insert thickness T3 and its defined tolerance class M ensure compatibility with standard toolholders designed for this family, aiding quick changeover and consistent set‑up. When programming feeds and speeds, consider the P / M / S applicability: use more conservative cutting data for stainless and superalloys to benefit the coating and substrate life; for plain steels, higher cutting speeds can be exploited for improved productivity. The result is an adaptable solution for shops requiring flexibility without sacrificing process security. Contact Metav Werkzeuge for tailored cutting data and stock information on the Walter Tools ADMT10T330R-F56 WSP45G insert or to discuss application optimisation for specific materials Technical Data SKU: ADMT10T330R-F56-WSP45G-WALTER Article: ADMT10T330R-F56 WSP45G Type: Milling indexable insert Manufacturer: Walter Tools Series: Tiger‑tec Gold Grade: WSP45G Facts Free angle: 15° Corner radius: R3 Shape: Parallelogram 85° Size: 10 Thickness: T3 Tolerance class: M Chipbreaker: F56 Special features Coating: Tiger·tec Gold (PVD coated cemented carbide) Material applicability: P / M / S Application: Versatile milling of steel, stainless steel and heat‑resistant alloys Edge form: Robust cutting edge for stable chip formation FAQ What materials is this insert suited for? The ADMT10T330R-F56 WSP45G insert from Walter Tools is specified for ISO groups P (steel), M (stainless steel) and S (heat‑resistant alloys/titanium), enabling broad workshop flexibility. How does the Tiger·tec Gold coating benefit production? The Tiger·tec Gold PVD coating increases wear resistance and thermal stability on the ADMT10T330R-F56 WSP45G, extending edge life and supporting higher productivity in cyclic or thermally demanding milling operations. What does the parallelogram 85° shape deliver in practice? The parallelogram 85° geometry provides secure seating and favourable cutting orientation for axial milling, improving stability and reducing chatter compared with less supported shapes. Is the R3 corner radius suitable for finishing passes? Yes, the R3 corner balances edge strength and surface finish; it is suitable for both heavier stock removal and quality finishing when the machining strategy is adjusted accordingly. Which chipbreaker should be used for mixed material runs? The integrated F56 chipbreaker on this grade is engineered for controlled chip formation across P / M / S materials, helping to avoid entanglement and easing chip evacuation during mixed‑material batches. 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.
ADMT10T332R-F56 WKP35S Wendeplatten - Walter Tools
Take advantage of a proven combination of durable coated-carbide grade and precise geometry for consistent, productive milling in steel and cast iron. The reliable chip control and 85° parallelogram form support stable clamping and predictable tool life. Order directly via Metav Werkzeuge or ask the consultants for application-specific advice. ADMT10T332R-F56 WKP35S milling insert — for steel and cast iron, Tiger·tec Silver The ADMT10T332R-F56 WKP35S is a parallelogram indexable milling insert designed for productive milling of steel and cast iron components, combining a Tiger·tec Silver coating with a dedicated chipbreaker for improved process security. Tiger·tec Silver coated carbide grade WKP35S Optimised chip control with F56 chipbreaker Parallelogram 85° geometry for secure clamping Suitable for steel and cast iron machining Faster, more predictable machining with a coated carbide grade The combination of the WKP35S grade and the Tiger·tec Silver coating delivers measurable improvements in thermal and mechanical resistance during milling. The coated-carbide construction is engineered for the typical heat generation and chip forms encountered when machining steel and cast iron, so the result is reduced flank wear and longer edge life. For production environments where cycle time and repeatability matter, this material- and coating pairing supports higher cutting parameters while maintaining surface integrity. Consistent chip control and stable cutting edges The dedicated F56 chipbreaker and the insert’s geometry ensure predictable chip formation and evacuation. Controlled chips lower the risk of interruptions and secondary damage to the workpiece or tool, which in turn reduces scrap rates and machine downtime. The insert’s 3.2 mm corner radius contributes to robust edge strength, making it suitable for interrupted cuts and less forgiving applications without sacrificing surface finish quality. Secure clamping geometry for reliable toolholding The parallelogram 85° plate form provides a compact contact area that improves positional stability in the cutter body. This geometry, combined with the specified 15° relief angle, promotes consistent seat contact and repeatable pocket fitment, supporting high process security in serial production. The result is a lower requirement for frequent re-adjustment and a smoother integration into automated tool-change routines. Application focus: where productivity meets versatility Designed primarily for the ISO groups P and K, the insert is applicable to both steel and cast iron machining tasks. Its T3 thickness and medium tolerance class M make it a versatile choice across a wide range of milling operations, from roughing to semi-finishing, depending on cutter and parameter selection. For shops aiming to streamline tooling families, this insert provides a balanced option that covers common workpiece materials without the need for specialised grades per job. Contact Metav Werkzeuge today for tailored advice on implementing the ADMT10T332R-F56 WKP35S insert in production — Metav Werkzeuge; info@metav-werkzeuge.com; +49 2822 7131930 Technical data Article number: ADMT10T332R-F56-WKP35S-WALTER Label: Fräswendeschneidplatte ADMT10T332R-F56 WKP35S Walter Tools Manufacturer: Walter Tools Product type: Fräswendeschneidplatte Series: Tiger-tec Silver Facts Relief angle: 15° Corner radius: 3.2 mm Plate size: 10 mm Plate thickness: T3 Tolerance class: M Special features Grade: WKP35S Chipbreaker: F56 Plate form: Parallelogram 85° Applicable material groups: P (steel), K (cast iron) Construction: coated carbide (beschichtetes Hartmetall) Execution: T FAQ What materials is this insert suitable for? The ADMT10T332R-F56 WKP35S insert is designed for ISO groups P and K, meaning it is suitable for machining steel and cast iron. How does the Tiger·tec Silver coating benefit performance? The Tiger·tec Silver coating on the WKP35S grade enhances thermal resistance and reduces wear, enabling higher cutting parameters and longer edge life in the ADMT10T332R-F56 application. Which chipbreaker is integrated and what advantage does it offer? The insert features an F56 chipbreaker, which improves chip control and evacuation, reducing the risk of workpiece damage and interruptions during milling. Is the geometry suitable for interrupted cuts and heavy engagement? Yes; the 3.2 mm corner radius and the parallelogram 85° form provide strong edge integrity and secure clamping, making the insert resilient in interrupted and heavy-cut scenarios. 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.
ADMT10T332R-F56 WSM35G WSM35G Wendeplatten - Walter Tools
Benefit from the combination of Tiger·tec Gold coating, the WSM35G grade and a 3.2 mm corner radius for stable machining of tough materials; this milling insert delivers long tool life and secure chip formation for rostfreier Stahl and high-temperature alloys. Order the part directly via Metav Werkzeuge or consult the specialists for tailored process advice. ADMT10T332R-F56 WSM35G milling insert – Tiger·tec Gold, 3.2 mm corner radius, Walter Tools ADMT10T332R-F56 WSM35G is a Tiger·tec Gold coated milling insert designed for demanding applications in rostfreier Stahl and heat-resistant superalloys, offering robust cutting-edge stability in roughing and medium-finishing operations Tiger·tec Gold coating for long tool life Optimised for rostfreier Stahl and superalloys Parallelogram 85° form, 3.2 mm corner radius Extended life through advanced coating technology The combination of Tiger·tec Gold and the WSM35G cemented carbide substrate provides a balanced mix of wear resistance and edge toughness. This coating system reduces flank wear and supports repeatable performance in high-temperature cutting, which results in fewer index changes and lower overall tooling costs. The described coating technology is particularly beneficial when machining materials that promote adhesive wear or rapid heat build‑up, ensuring consistent tool life under industrial cycle loads. Reliable chip control for demanding materials With a dedicated F56 chipbreaker and suitability for material classes S and M, the insert ensures controlled chip formation when working with rostfreier Stahl and superalloys. These materials tend to form long, stringy chips and generate heat; the specified chipbreaker helps break chips into manageable segments and guides them away from the cutting zone. The result is improved process security, reduced risk of recutting, and a more stable surface finish during sustained machining cycles. Geometry optimised for secure clamping and cutting The insert’s Parallelogram 85° shape and a 3.2 mm corner radius combine to give a stable cutting edge and predictable engagement with the workpiece. The 15° clearance angle supports positive cutting action while minimising contact with the flank, and the T3 thickness contributes to edge strength under interrupted cuts. These geometric choices lower the likelihood of edge chipping during heavy cuts and promote repeatable dimensional accuracy across batches. Application scope and process benefits for production environments Engineered for industrial milling operations, the insert suits roughing and semi-finishing where high material removal rates are required alongside reliable tool life. The WSM35G grade is tailored for applications where heat resistance and edge stability are priorities; using this insert can lead to fewer tool changes, more predictable cycle times, and improved component throughput. Integration into standard ISO toolholders that accept the ADMT form factor enables straightforward adoption into existing toolsets without process redesign. Contact Metav Werkzeuge for specific cutting data, compatibility checks and availability of Walter Tools ADMT10T332R-F56 WSM35G milling inserts; email info@metav-werkzeuge.com or call +49 2822 7131930 for fast, application-oriented support Technical Data Article number: ADMT10T332R-F56-WSM35G-WALTER Designation: ADMT10T332R-F56 WSM35G Manufacturer: Walter Tools Facts Corner radius: 3.2 mm Clearance angle: 15° Insert size: 10 Thickness: T3 Shape: Parallelogram 85° Chipbreaker: F56 Tolerance class: M Special features Series: Tiger·tec Gold Grade: WSM35G Coating: Tiger·tec Gold coating technology Suitable for: rostfreier Stahl (M), superalloys / heat-resistant alloys (S) Execution: T FAQ What materials is this insert designed to machine? The ADMT10T332R-F56 WSM35G milling insert is designed for rostfreier Stahl (material group M) and heat-resistant superalloys (material group S), with the WSM35G grade optimised for thermal stability and secure chip formation. How does the Tiger·tec Gold coating affect performance? The Tiger·tec Gold coating on the ADMT10T332R-F56 reduces flank wear and increases edge resistance at elevated cutting temperatures, resulting in longer tool life and fewer index changes in continuous production. What milling operations suit this insert best? This indexable insert is suitable for roughing and semi-finishing operations where material removal and edge stability are required, particularly in rostfreier Stahl and high-temperature alloys. Which geometric features improve machining reliability? The Parallelogram 85° form combined with a 3.2 mm corner radius and a 15° clearance angle provides stable engagement, reduced edge stress during interrupted cuts, and predictable dimensional results. Is the chip control suitable for long-chip-forming materials? Yes, the F56 chipbreaker integrated in the ADMT10T332R-F56 WSM35G insert is engineered to break and eject chips effectively when machining long‑chip materials such as rostfreier Stahl and superalloys. Manufacturer / Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen Protected trademarks and trade names remain the property of their respective owners. Brand names and registered marks are cited solely for explanatory purposes; there is no affiliation between our company and the listed brands. The offered article is an original, brand‑new product of the manufacturer.
ADMT10T332R-F56 WSM45X T Wendeplatten - Walter Tools
Take advantage of the combination of a heat-resistant, coated carbide grade and a stabilising geometry that ensures reliable chip control and consistent lifetime in demanding materials; order directly via Metav Werkzeuge or consult our specialists for application-specific recommendations. ADMT10T332R-F56 WSM45X – indexable milling insert, 15° relief, 3.2 mm corner radius (Walter Tools) The ADMT10T332R-F56 WSM45X is an indexable milling insert engineered for machining stainless steel and high-temperature alloys in demanding production environments Coated carbide grade WSM45X Designed for stainless steel and superalloys Parallelogram 85° with 3.2 mm corner radius Chipbreaker F56 for controlled chip formation Proven performance with challenging materials The insert’s WSM45X coating and carbide substrate deliver a balance of wear resistance and toughness that supports productive machining of stainless steel and heat-resistant superalloys. The combination of a wear-optimised grade and a dedicated chipbreaker F56 reduces the risk of built-up edge and promotes stable chip flow, which translates into fewer interruptions and longer effective tool life. For operations where thermal loading and material adhesion are major concerns, this grade helps maintain consistent cutting behaviour and component quality. Geometry designed for stability and predictable results A parallelogram 85° form, 15° relief angle and 3.2 mm corner radius provide the mechanical stability required during heavy engagement cuts while still allowing acceptable surface finishes in semi-finish passes. The T3 plate thickness contributes to vibration damping and secure clamping in standard toolholders. Together, these features reduce flank wear and support repeatable dimensional accuracy, making the insert suitable for production runs where process reliability is paramount. Coating and grade advantages for productivity The coated WSM45X grade is formulated for thermal resistance and stable edge retention under the stresses typical of difficult-to-cut alloys. Coating properties support lower friction at the cutting zone and improved resistance to micro-welding on the edge, which helps to preserve sharpness and reduce edge chipping. The result is a measurable improvement in cycle-time consistency and a reduction in scrap rates when machining components from challenging alloys. Practical application guidance and handling The insert is best applied where secure chip control and edge stability are needed—typical uses include roughing and mixed rough/finish passes in stainless steel and nickel- or cobalt-based alloys. The indexable milling insert is replaced when wear criteria are reached rather than reconditioned; this keeps setups predictable and downtime minimal. For process setup, pair the insert with rigid holders and moderate depths of cut to exploit the geometry; adapt speeds and feeds to the chosen machine and workpiece clamping to avoid excessive heat build-up. Contact Metav Werkzeuge for tailored process recommendations and to secure genuine Walter Tools inserts for immediate delivery; phone +49 2822 7131930 or eMail info@metav-werkzeuge.com Technical data SKU: ADMT10T332R-F56-WSM45X-WALTER Product: Fräswendeschneidplatte (indexable milling insert) Brand: Walter Tools Grade: WSM45X Chipbreaker: F56 Series: Walter Schneidstoffsorte - Serie offen Facts Relief angle: 15° Corner radius: 3.2 mm Plate form: Parallelogram 85° Plate size: 10 Plate thickness: T3 Tolerance class: M Special features Coated carbide material Suitable for stainless steel (ISO group M) Suitable for high-temperature superalloys and titanium (ISO group S) Stable chip formation and improved edge life Designed for productive machining and process reliability FAQ What materials is this insert optimised for? The ADMT10T332R-F56 WSM45X insert is optimised for stainless steel and heat-resistant superalloys; the WSM45X grade supports secure chip formation and edge stability in these groups. How does the F56 chipbreaker influence machining? The F56 chipbreaker shapes and controls chip flow to prevent long, stringy chips and to reduce the likelihood of built-up edge when machining challenging alloys. Which geometric features support dimensional stability? The parallelogram 85° form, 15° relief angle and 3.2 mm corner radius contribute to mechanical rigidity and predictable cutting forces during heavy engagement cuts. Is this insert suitable for finishing passes? Depending on the holder and cutting parameters, the insert can be used for semi-finish and certain finishing operations; smaller depths of cut and optimised feeds improve surface quality. What is the correct way to replace and index the insert? Replace the insert when wear limits are reached; ensure the seating and clamping surfaces are clean and the toolholder torque specifications are respected to maintain repeatability. Hersteller: 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 mentioned brands. The offered item is an original, factory-new product of the manufacturer.
ADMT10T332R-F56 WSP45G WSP45G Wendeplatten - Walter Tools
Take advantage of the Tiger·tec Gold grade and the positive geometry of this milling insert for consistent productivity and extended tool life; its WSP45G PVD-coated carbide ensures stable cutting edges across steel, stainless steel and heat-resistant alloys. Order the ADMT10T332R-F56 WSP45G directly via Metav Werkzeuge or request application advice from the consultants. ADMT10T332R-F56 WSP45G milling insert – Walter Tools (Tiger·tec Gold, for steel, stainless and superalloys) ADMT10T332R-F56 WSP45G is a parallelogram-shaped milling insert engineered for versatile milling of steels, stainless steel and heat-resistant superalloys in demanding production environments Tiger·tec Gold PVD-coated grade WSP45G Suitable for steel, stainless and superalloys Parallelogram 85° with 3.2 mm corner radius Positive 15° relief and T3 thickness Consistent high-performance cutting with Tiger·tec Gold The insert delivers reliable wear resistance thanks to the Tiger·tec Gold coating and the WSP45G grade, a PVD-coated carbide designed for milling. This combination reduces flank wear and extends edge life under the thermal and mechanical loads typical of machining steels and alloys. As a result, machining cycles benefit from longer tool life and more predictable regrinding intervals, which supports stable production planning and lower per-part tooling cost. The positive geometry and coating strategy are tuned for balanced cutting forces and thermal resistance. Stable chip control and improved surface quality The integrated F56 chipbreaker and the parallelogram 85° geometry promote controlled chip formation and evacuation, which minimises built-up edge and improves surface finish on the workpiece. The 3.2 mm corner radius provides a robust cutting edge for interrupted cuts and roughing, while the 15° relief angle reduces friction at the contact zone. These features combine to lower the risk of edge chipping and to keep cutting forces within acceptable ranges, leading to consistent dimensional accuracy and a reduced need for rework. Broad material compatibility for versatile production Designed for the ISO groups P / M / S, the grade suits unalloyed and alloyed steel, stainless steel and heat-resistant superalloys or titanium. The WSP45G grade is optimised for the typical heat generation and chip behaviour of these materials, supporting secure chip formation and edge stability. This versatility makes the insert suitable for job-shop environments and production lines that handle mixed batches, enabling fewer tool variants and simpler inventory management. Practical geometry and integration in milling systems The insert’s designation and form—ADMT10T332R-F56—indicate a compact profile with 10 mm size and T3 thickness for robust clamping and stability in standard toolholders. The M tolerance class ensures reproducible seating and repeatable positioning during index changes. The positive cutting angles and the well-defined chipbreaker reduce cutting forces, which can enable higher cutting parameters in stable setups and therefore improved removal rates. Integration into existing toolholders is straightforward, and the insert is suited to both finishing and roughing tasks where a balance of edge life and surface quality is required. Contact Metav Werkzeuge for application advice and availability of the ADMT10T332R-F56 WSP45G Tiger·tec Gold insert — info@metav-werkzeuge.com | +49 2822 7131930 Technical data Article number: ADMT10T332R-F56-WSP45G-WALTER Designation: ADMT10T332R-F56 WSP45G Series: Tiger-tec Gold Grade: WSP45G Manufacturer: Walter Tools Core specifications Size: 10 mm Corner radius: 3.2 mm Relief angle: 15° Thickness: T3 Tolerance class: M Design and features Parallelogram 85° insert form Chipbreaker: F56 Material group applicability: P / M / S Positive geometry, suited for milling applications Coating: Tiger·tec Gold (PVD-coated carbide) FAQ What materials can be machined with this insert? The ADMT10T332R-F56 WSP45G insert is specified for ISO groups P, M and S, meaning it is suitable for steel, stainless steel and heat-resistant superalloys or titanium. Which grade and coating are used on the insert? The insert uses the WSP45G grade within the Tiger·tec Gold PVD-coated family to provide a balance of wear resistance and edge stability for milling. What is the geometry and size of the insert? The insert is a parallelogram 85° type with a 10 mm size, T3 thickness and a 3.2 mm corner radius, optimised for robust performance in milling operations. Is this insert suitable for interrupted cuts and roughing? Yes, the 3.2 mm corner radius and positive geometry make the ADMT10T332R-F56 WSP45G appropriate for interrupted cuts and roughing where edge strength and chip control are required. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen
ADMT120404R-F56 WKP35G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold coating and the WKP35G grade for extended tool life and consistent chip control; order directly via Metav Werkzeuge or consult our specialists for application-specific advice. ADMT120404R-F56 WKP35G milling indexable insert – for steel & cast iron | Walter Tools The ADMT120404R-F56 WKP35G is a parallelogram 85° milling indexable insert engineered for robust and productive machining of steel (P) and cast iron (K) in industrial milling operations. Tiger·tec Gold coating for extended tool life WKP35G grade for steel and cast iron Parallelogram 85° form, 15° clearance 0.4 mm corner radius with F56 chipbreaker Consistent productivity through advanced coating and grade The Tiger·tec Gold series combined with the WKP35G cutting grade delivers coated carbide performance tuned for turning the typical heat and chip-forming behaviour of steels and the abrasive nature of cast iron into reliable, repeatable results. This combination increases wear resistance and helps maintain cutting-edge integrity over longer tool cycles, which translates into fewer tool changes and steadier production throughput. For operations seeking measurable gains in uptime, the material pairing provides a clear technical advantage. Precision geometry that improves chip control and surface finish A parallelogram 85° form, the F56 chipbreaker and a 15° clearance angle work together to guide chips away from the cutting zone and reduce built-up edge. The 0.4 mm corner radius enhances edge strength without compromising dimensional accuracy, helping to produce a consistent surface finish on interrupted and continuous cuts. These geometric choices reduce the risk of tool-induced variation and support stable machining parameters for predictable part quality. Operational efficiency and predictable tool life for cost-effective milling The insert’s construction focuses on predictable performance: the coated carbide grade is designed for balanced wear behaviour across a wide range of steels and cast irons, enabling longer service intervals and more consistent tool-life curves. Reduced downtime and fewer insert changes contribute directly to overall cost-efficiency in serial production. Where process stability and repeatable results are priorities, this solution supports efficient cycle planning and maintenance scheduling. Practical application advice and production integration Suitable for ISO group P (steel) and K (cast iron) work, this insert fits applications where robust chip control and prolonged edge life are required. The grade and geometry are catalogue- and geometry-dependent for specific cutter bodies; the insert is supplied in the Tiger·tec Gold series and marked for industrial milling use. If there is any uncertainty about compatibility with a specific cutter or machining strategy, technical guidance is available to ensure the insert integrates smoothly into existing tool systems. Contact Metav Werkzeuge today for tailored advice on using Walter Tools Tiger·tec Gold inserts and to arrange supply for steel and cast iron milling applications Technical Data SKU: ADMT120404R-F56-WKP35G-WALTER Designation: ADMT120404R-F56 WKP35G Series: Tiger·tec Gold Manufacturer: Walter Tools Technical specifications Size: 12 Thickness: 04 Clearance angle: 15° Corner radius: 0.4 mm Tolerance class: M Special features Parallelogram 85° insert form F56 chipbreaker WKP35G grade — coated carbide Material suitability: steel (P) and cast iron (K) per ISO 513 Execution: T FAQ What materials is this insert suitable for? This milling indexable insert is suitable for steel (P) and cast iron (K) according to ISO 513 and is supplied in the Tiger·tec Gold WKP35G grade. How does the F56 chipbreaker affect machining? The F56 chipbreaker controls chip formation and evacuation; when used with the ADMT120404R-F56 WKP35G it improves chip flow and contributes to consistent surface quality. What does the 0.4 mm corner radius mean for part accuracy? A 0.4 mm corner radius balances edge strength and dimensional control, helping to protect the cutting edge while maintaining tight tolerances on milled features. Is this insert suitable for mixed batch production? Yes; the coated carbide grade and robust geometry make the insert appropriate for mixed runs of steel and cast iron where consistent tool life and predictable performance are required. Which series does this insert belong to and what advantage does that bring? The insert is part of the Tiger·tec Gold series; this coating and grade pairing enhances wear resistance and supports extended cutting life under typical industrial milling conditions. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Geschützte Marken 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.
ADMT120404R-F56 WKP35S T Wendeplatten - Walter Tools
Benefit from the combination of Tiger·tec Silver coating and the WKP35S grade for stable chip control and consistent tool life when machining steel and cast iron; order the insert directly via Metav Werkzeuge or consult our specialists for application advice. ADMT120404R-F56 WKP35S milling insert for steel and cast iron — Walter Tools The ADMT120404R-F56 WKP35S is a precision milling insert engineered for efficient roughing and medium finishing in steel and cast-iron applications. Tiger·tec Silver coated carbide grade WKP35S 15° relief angle for stable cutting 0.4 mm corner radius for accurate profiles Parallelogram 85° shape, 12 mm size Reliable cutting performance for steel and cast iron The insert offers proven performance on both steel (P) and cast iron (K) workpieces thanks to the WKP35S coated carbide grade. The combination of substrate and the Tiger·tec Silver technology reduces flank wear and supports reproducible cutting conditions, which leads to higher process stability and predictable tool life. For production environments where cycle time and part quality must be consistent, this geometry and grade provide measurable improvements in chip formation and wear resistance, helping to maintain dimensional accuracy across batches. Geometry that supports productivity and accuracy With a relief angle of 15° and a Parallelogram 85° shape, the insert balances cutting strength and accessibility to narrow contours. The 0.4 mm corner radius is suited to generating accurate edges while minimising notch wear during interrupted cuts. These geometric choices reduce vibration and contribute to smoother surface finishes, which can decrease downstream rework. The integrated F56 chipbreaker is matched to the grade and geometry to promote predictable chip breaking in long and short-chipping materials. Coating and substrate explained for clearer selection The grade belongs to the Tiger·tec Silver series and uses a coated carbide substrate optimised for the thermal and abrasive demands of steel and cast iron machining. Coating technology enhances oxidation resistance and reduces friction at the cutting edge, which supports higher cutting parameters where appropriate. When selecting tooling, this means fewer index changes and improved cost-in-use compared with uncoated grades in similar operations; the result is an overall increase in machining throughput and less downtime for tool handling. Practical application and handling guidance The insert is supplied in the ADMT designation and fits toolholders compatible with parallelogram, negative-insert systems; its 12 mm characteristic size and 4 mm plate thickness translate into robust support in the pocket and reliable edge strength. For best results, pair the insert with appropriate clamping torque and a holder designed for ADMT geometry to maintain seat accuracy. Regular monitoring of edge condition and adherence to recommended feed and speed ranges will extend performance and reduce scrap rates in production runs. For tailored tooling recommendations and availability of Walter Tools inserts such as the ADMT120404R-F56 WKP35S, contact Metav Werkzeuge for expert guidance and quick supply: info@metav-werkzeuge.com, +49 2822 7131930 Technical Data Article number: ADMT120404R-F56-WKP35S-WALTER Designation: ADMT120404R-F56 WKP35S Type: Milling insert Manufacturer: Walter Tools Dimensions & Core data Size: 12 mm Thickness: 4 mm Corner radius: 0.4 mm Relief angle: 15° Shape: Parallelogram 85° Tolerance class: M Materials & Special features Series: Tiger·tec Silver Grade: WKP35S (coated carbide) Chipbreaker: F56 Applicable materials: Steel (P), Cast iron (K) Execution: T Base designation without grade: ADMT120404R-F56 FAQ What materials is this insert suited to? The ADMT120404R-F56 WKP35S is designed for steel (P) and cast iron (K) applications, offering tailored wear resistance and chip control for these groups. What does the Tiger·tec Silver series provide? The Tiger·tec Silver coating improves oxidation resistance and reduces friction at the cutting edge, enabling more stable performance and longer edge life on the WKP35S grade. How does the 0.4 mm corner radius affect the cut? A 0.4 mm radius balances edge strength and profile accuracy, helping to produce reliable surface finishes while resisting notch formation in interrupted cutting. Is the insert compatible with standard ADMT toolholders? The insert uses the ADMT geometry and is intended for holders compatible with parallelogram-shaped negative inserts; correct clamping and seat accuracy ensure optimal performance. What role does the F56 chipbreaker play? The F56 chipbreaker is engineered to assist controlled chip formation for the grade and geometry, improving evacuation and reducing the risk of chip-related interruptions. 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 registered trademarks are used for explanation and product identification only. There is no affiliation between our company and the trademark owners. The offered article is an original, factory-new product of the respective manufacturer.
ADMT120404R-F56 WSM35G WSM35G Wendeplatten - Walter Tools
Take advantage of high wear resistance, stable cutting-edge performance and effective chip control for consistent milling of rostfreier Stahl and heat-resistant alloys. Order the ADMT120404R-F56 WSM35G directly via Metav Werkzeuge or ask our consultants if needed. ADMT120404R-F56 WSM35G — Milling insert (Tiger·tec Gold) by Walter Tools The ADMT120404R-F56 WSM35G is a precision milling insert engineered for demanding applications in rostfreier Stahl and heat‑resistant superalloys, offering robust edge stability and predictable chip formation. Tiger·tec Gold coating for high wear resistance WSM35G grade for heat-resistant alloys Parallelogram 85° geometry for axial flexibility Chipbreaker F56 for stable chip control Consistent edge life for demanding materials The combination of the Tiger·tec Gold coating and the WSM35G grade produces significant improvements in wear behaviour and thermal stability when machining challenging materials. Designed as a coated carbide indexable insert, this component supports reliable cutting-edge performance under high strain, reducing unplanned tool changes and increasing process uptime. Its material compatibility emphasises rostfreier Stahl and superalloys, where adhesion and thermal loads typically compromise untreated edges; the applied surface technology promotes wear resistance and a stable cutting edge, which in turn improves component consistency and reduces overall machining costs. Geometry engineered for reliable chip control and surface quality The insert’s parallelogram 85° form and a relief of 15° clearance angle combine to deliver secure seat engagement and predictable rake behaviour in milling cutters. The integrated chipbreaker F56 supports continuous chip formation and evacuation, lowering the risk of build‑up and ensuring repeatable surface finish. A 0.4 mm corner radius balances edge strength with dimensional accuracy, enabling both robustness in interrupted cuts and fine finishing capability where required. Together, these geometric choices translate into fewer rejects and a more stable process window for serial production. Practical application and process integration Intended for industrial milling operations, the indexable design allows quick replacement and repeatable clamping with standard toolholders. The insert suits sectors where material hardness and heat resistance demand specialised grades, for example aerospace and energy components made from rostfreier Stahl or nickel‑based alloys. Selection of the ADMT120404R-F56 WSM35G supports an economy of operation through extended tool life and predictable wear patterns; process planners gain improved cycle reliability and easier scheduling. For integration into existing tool assemblies, Metav Werkzeuge provides further technical documentation and can assist with grade selection and cutter layout. For machining rostfreier Stahl and heat‑resistant superalloys, trust Walter Tools Tiger·tec Gold inserts for predictable edge life — contact Metav Werkzeuge for tailored application advice: info@metav-werkzeuge.com, +49 2822 7131930 Technical data SKU: ADMT120404R-F56-WSM35G-WALTER Designation: ADMT120404R-F56 WSM35G Series: Tiger·tec Gold Grade: WSM35G Manufacturer: Walter Tools Facts Insert shape: Parallelogram 85° Relief / clearance angle: 15° Corner radius: 0.4 mm Chipbreaker: F56 Plate size: 12 Plate thickness: 04 Tolerance class: M Execution: T Special features Coating: Tiger·tec Gold Material: coated carbide Material suitability: rostfreier Stahl Material suitability: superalloys / titanium Application: heavy‑duty milling, secure chip formation FAQ What materials is this insert best suited for? The ADMT120404R-F56 WSM35G insert (Walter Tools milling insert, SKU ADMT120404R-F56-WSM35G-WALTER) is optimised for rostfreier Stahl and heat‑resistant superalloys, offering enhanced thermal resistance and stable chip control. How does the chipbreaker F56 affect machining? The chipbreaker F56 promotes consistent chip formation and evacuation, reducing the likelihood of build‑up and enabling steady cutting conditions with the ADMT120404R-F56 WSM35G. Which features increase the insert’s edge stability? Edge stability is supported by the Tiger·tec Gold coating and the WSM35G grade, together with the 0.4 mm corner radius, which all contribute to longer, more predictable tool life for this milling insert. Is the insert compatible with standard toolholders? The ADMT120404R-F56 WSM35G is an indexable milling insert designed for use in standard cutter bodies that accept parallelogram inserts with the specified seat geometry. 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 are mentioned solely for explanation; there is no affiliation between Metav Werkzeuge and the named manufacturers. The offered item is an original, factory‑new product of Walter Tools.
ADMT120404R-F56 WSP45G WSP45G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold coating and the versatile WSP45G grade for consistent chip control and extended tool life; the robust parallelogram geometry with a 0.4 radius and 15° relief angle supports productive milling of steel, stainless steel and heat‑resistant alloys. Order directly via Metav Werkzeuge or contact our consultants for process-specific recommendations. ADMT120404R-F56 WSP45G Fräswendeschneidplatte by Walter Tools — Tiger·tec Gold, Parallelogram 85° for versatile milling ADMT120404R-F56 WSP45G is a coated carbide milling insert designed for demanding face and shoulder milling tasks across a broad range of materials Tiger·tec Gold coating for high productivity Versatile for steel, stainless steel, superalloys Parallelogram 85° geometry for axial stability Accelerated machining with a hard‑wearing coating The combination of the Tiger·tec Gold technology and the WSP45G grade yields a highly wear‑resistant, PVD‑coated carbide surface that reduces flank wear and prolongs cutting edge life. For industrial milling applications this means fewer indexings and more parts per insert, directly improving process efficiency. The coating supports stable performance during the typical heat and chip formation when cutting steel and stainless steel, so cycle times can be optimised without sacrificing component quality. Stable cutting edge for tough, heat‑generating materials Designed with material groups P, M and S in mind, this insert gives reliable performance when machining unalloyed and alloyed steel, tough stainless steel, and heat‑resistant superalloys or titanium. The grade’s toughness supports secure chip formation under elevated temperatures, while the coated substrate combats chipping on interrupted cuts. This balance of toughness and hardness helps maintain dimensional accuracy and repeatable surface finish over longer tool life, reducing unscheduled tool changes. Geometry that improves chip control and setup simplicity The parallelogram 85° shape and the 0.4 mm corner radius create a predictable load distribution and effective chip breaking when combined with the F56 chipbreaker form. The nominal 15° relief angle reduces rubbing and allows stable axial engagement during face milling. Together these geometric features translate into better stability for slotting and shoulder operations and simplified fixture requirements, which is advantageous for batch production and automated cells. Practical selection and process benefits As a tungsten carbide insert in the Tiger·tec Gold family, this grade is suitable for a wide tooling strategy where one insert must cover multiple materials. The coded plate designation supports straightforward replacement and inventory handling. For manufacturers seeking to raise productivity, this insert offers a measurable improvement in machining throughput while preserving surface integrity and reducing rework. For special applications or borderline materials, Metav Werkzeuge’s consultants can advise on cutting data and toolholder pairing to maximise benefits. Contact Metav Werkzeuge today to discuss how the Walter Tools ADMT120404R-F56 WSP45G can be integrated into the production process and to obtain tailored cutting parameters from our specialists Technical data Article number: ADMT120404R-F56-WSP45G-WALTER Product name: Fräswendeschneidplatte ADMT120404R-F56 WSP45G Walter Tools Manufacturer: Walter Tools Series/grade: Tiger‑tec Gold / WSP45G Insert designation: ADMT120404R-F56 Form: Parallelogramm 85° Chipbreaker: F56 Coating/grade description: PVD‑coated carbide (WSP45G) Material compatibility: P / M / S Execution: T Tolerance class: M Plate size: 12 Plate thickness code: 04 Corner radius: 0.4 Relief angle: 15° Facts Corner radius: 0.4 mm Relief/free angle: 15° Plate size: 12 Plate thickness code: 04 Geometry angle: 85° Special features Tiger·tec Gold coating technology WSP45G: tough, versatile PVD grade for milling Parallelogram shape for axial stability F56 chipbreaker for effective chip control Suitable for steel, stainless steel and superalloys FAQ What materials is this insert suitable for? The ADMT120404R-F56 WSP45G from Walter Tools is specified for groups P, M and S — suitable for machining steel, stainless steel and heat‑resistant superalloys or titanium. How does the Tiger·tec Gold coating improve performance? Tiger·tec Gold on the WSP45G grade reduces flank wear and improves heat resistance, which extends the service life of the ADMT120404R-F56 during continuous milling cycles. Which cutting applications benefit most from this geometry? The parallelogram 85° form and F56 chipbreaker of the ADMT120404R-F56 are particularly effective in face and shoulder milling where axial stability and controlled chips are required. Is the insert suitable for interrupted cuts and semi‑roughing? Yes; the WSP45G carbide grade provides toughness for interrupted cuts and semi‑roughing operations while maintaining adequate wear resistance. Manufacturer/Responsible: 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 explanation only and do not indicate any connection between Metav Werkzeuge and the respective brand owners. The offered item is original, factory‑new product of the manufacturer Walter Tools.
ADMT120408L-F56 WKP35G Wendeplatten - Walter Tools
Take advantage of the Tiger·tec Gold grade and the WKP35G cutting material for consistent edge life and secure chip control in mixed production. The parallelogram 85° geometry with a 15° relief angle and chipbreaker F56 combines stable performance on steel and cast iron with predictable tool change intervals. Order directly via Metav Werkzeuge or contact the technical team for application advice. ADMT120408L-F56 WKP35G – Parallelogram 85° milling insert, Tiger·tec Gold (Walter Tools) A ADMT120408L-F56 WKP35G milling indexable insert designed for productive machining of steel and cast iron in face and shoulder milling operations. Tiger·tec Gold for extended tool life WKP35G grade for mixed P/K applications Parallelogram 85° for secure cutting engagement 15° relief angle and 0.8 mm corner radius Extended edge life for predictable productivity The combination of the Tiger·tec Gold coating technology with the WKP35G substrate results in a cutting edge engineered for long life and consistent wear behaviour. This coating system reduces abrasive wear and supports a reliable cutting edge retention, which means fewer interruptions for tool changes and a smoother production flow. The result is improved machining stability and a stronger cost-per-part profile when processing demanding batches. Versatile performance across steel and cast iron Designed for ISO groups P (steel) and K (cast iron), the insert delivers predictable chip formation and thermal behaviour during medium- to high-depth milling. The WKP35G grade balances toughness and wear resistance to handle the heat and strain typical of steel cuts while also addressing the abrasive tendencies of cast iron. This makes the insert suitable for mixed runs where changeovers between materials are frequent, supporting consistent surface quality with reduced risk of edge chipping. Geometry and chip control that reduce downtime The parallelogram 85° form and integrated chipbreaker F56 offer secure cutting engagement and controlled chip segmentation, helping maintain stable cutting forces and reliable swarf evacuation. With a 15° relief angle and a 0.8 mm corner radius, the insert supports robust edge strength for interrupted cuts while delivering good surface finish. These geometric choices contribute to lower vibration sensitivity and longer period between indexings, which benefits cycle-time-critical applications. For specification support or to source the ADMT120408L-F56 WKP35G insert through Metav Werkzeuge, contact the specialists at info@metav-werkzeuge.com or call +49 2822 7131930 for tailored advice and fast supply. Technical data SKU: ADMT120408L-F56-WKP35G-WALTER Manufacturer: Walter Tools Product type: Milling indexable insert Series: Tiger-tec Gold Grade: WKP35G Facts Relief angle: 15° Corner radius: 0.8 mm Insert form: Parallelogram 85° Inscribed circle / main size: 12 Thickness code: 04 Tolerance class: M Special features Chipbreaker: F56 Suitable for ISO P (steel) and K (cast iron) Coating technology: Tiger·tec Gold Execution: T ISO designation: ADMT120408L-F56 WKP35G FAQ What materials can this insert machine effectively? This insert is specified for machining steel (ISO group P) and cast iron (ISO group K); the WKP35G grade and Tiger·tec Gold coating are tuned to handle both material groups reliably. How does the chipbreaker F56 influence machining? The chipbreaker F56 promotes predictable chip segmentation and effective swarf control during milling, which improves surface finish and reduces risk of recutting. Is the insert suitable for interrupted cuts and shoulder milling? Yes, the combination of the parallelogram 85° geometry, 15° relief angle and 0.8 mm corner radius provides edge strength and stability suitable for interrupted cuts and shoulder operations. What does the tolerance class M mean for toolholders? Tolerance class M indicates the manufacturing tolerance applied to the insert for consistent seating and repeatable positioning in compatible toolholders. Can the insert work in mixed-production environments? The balance between toughness and wear resistance in WKP35G makes the insert well suited for mixed production of steel and cast iron components, reducing the need for frequent grade changes. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Protected trademarks and trade names remain the property of their respective owners. Mark names and registered trademarks are mentioned for explanatory purposes only; there is no affiliation between our company and the named brands. The offered article is an original, factory-new product from the manufacturer.
ADMT120408L-F56 WKP35S Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Silver coating and the WKP35S grade for consistent wear resistance and stable chip formation; the insert’s parallelogram 85° geometry and chipbreaker F56 support productive milling of steel and cast iron — order via Metav Werkzeuge or contact our consultants for application advice. ADMT120408L-F56 WKP35S — Milling Insert (Parallelogram 85°, Tiger·tec Silver) by Walter Tools The ADMT120408L-F56 WKP35S is a milling insert designed for productive machining of steel and cast iron; it combines the Tiger·tec Silver coating with a geometry tailored for reliable chip control and repeatable tool life. Tiger·tec Silver coating for longer life Optimised chip control F56 Parallelogram 85° geometry for versatility Durable coating and cutting-grade engineering for consistent performance The insert uses the Tiger·tec Silver technology and the WKP35S grade, a coated carbide solution developed for demanding metalcutting. This combination reduces flank and crater wear during elevated cutting temperatures, which leads to more predictable tool life and fewer unplanned changes. The grade is particularly suited to the thermal and mechanical conditions encountered when machining Steel (P) and Cast iron (K), helping to maintain cutting-edge integrity and dimensional stability in series production environments. Geometry and chip control that improve process reliability The parallelogram 85° form, together with a 15° relief angle and a corner radius of 0.8 mm, provides a balanced mix of edge strength and cutting access. The integrated chipbreaker F56 is designed to produce short, controllable chips for interrupted and continuous cuts, reducing vibration and improving surface finish. These geometric features support consistent material removal rates and help to avoid built-up edge, which in turn enhances both productivity and component quality during milling operations. Application versatility and economic benefits on the shop floor With designation size 12 and thickness 04, and a tolerance class M, this insert is built for repeatable mounting and stable performance across a range of milling tasks. The WKP35S grade from Walter Tools is intended for catalogue- and geometry-dependent use on Steel and Cast iron, enabling shops to standardise tooling for common workpiece families. Standardised inserts like this reduce inventory complexity, simplify tool selection and support a better cost-per-component metric through extended cutting intervals and reliable chip formation. Discuss the ADMT120408L-F56 WKP35S Tiger·tec Silver insert with Metav Werkzeuge to determine the optimal grade and geometry for specific steel or cast-iron applications; contact info@metav-werkzeuge.com or call +49 2822 7131930 for personalised recommendations. Technical data SKU: ADMT120408L-F56-WKP35S-WALTER Product type: Fräswendeschneidplatte (milling insert) Manufacturer: Walter Tools Series: Tiger-tec Silver Grade: WKP35S Material suitability: P / K Numbers / core technical data Relief angle: 15° Plate form: Parallelogram 85° Corner radius: 0.8 mm Size designation: 12 Thickness designation: 04 Chipbreaker: F56 Tolerance class: M Designs / special features Coating: Tiger·tec Silver Material: Coated carbide Main applications: Steel (P), Cast iron (K) Execution: T Series description: WKP35S is a Walter grade optimised for steel and cast iron machining FAQ What materials is this insert suitable for? The ADMT120408L-F56 WKP35S is optimised for Steel (P) and Cast iron (K) machining thanks to the WKP35S grade and the Tiger·tec Silver coating, which together handle the typical heat and chip formation of these materials. What is the purpose of the chipbreaker F56? The chipbreaker F56 on this insert shapes and breaks chips into short, controllable segments, improving chip evacuation, reducing vibration and supporting consistent surface finish during milling cycles with the ADMT120408L-F56 WKP35S. How does the parallelogram 85° geometry benefit milling operations? The parallelogram 85° form offers flexible cutting engagement and favourable cutting forces, while the 15° relief and 0.8 mm corner radius enhance edge strength and stability for reliable milling performance with this Walter Tools insert. Can this insert be used for stainless steel? No specific suitability for stainless steel is documented; the WKP35S grade and the ADMT120408L-F56 insert are primarily indicated for Steel and Cast iron according to the provided data. Which series and coating does this insert belong to? This product is part of the Tiger-tec Silver series and uses a coated carbide grade (WKP35S), combining wear resistance and thermal stability for productive metalcutting. 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 product names are mentioned for explanatory purposes only. There is no connection between our company and the mentioned brands. The offered article is original, brand-new goods from the manufacturer (Walter Tools).
ADMT120408L-F56 WSP45G WSP45G Wendeplatten - Walter Tools
Combining the Tiger‑tec Gold PVD coating, the versatile P/M/S material compatibility and the stable 0.8 mm corner radius, this indexable insert supports consistent, high‑productivity milling operations. Order the ADMT120408L‑F56 WSP45G directly via Metav Werkzeuge or consult the team for application advice. ADMT120408L-F56 WSP45G indexable milling insert — Tiger‑tec Gold, Walter Tools ADMT120408L-F56 WSP45G is an indexable milling insert designed for versatile milling of steel, stainless steel and heat‑resistant alloys in general milling applications. Tiger‑tec Gold PVD coating For steel, stainless and superalloys Parallelogram 85° cutting geometry 0.8 mm corner radius for stable edge High‑performance grade for demanding milling The Tiger‑tec Gold coating delivers a combination of wear resistance and edge stability that translates into longer tool life and fewer tool changes. As a PVD‑coated carbide grade (WSP45G), this insert is engineered for the thermal and mechanical stresses typical when machining steel, stainless steel and heat‑resistant superalloys. The result is improved process reliability and reduced downtime, which makes this cutting grade attractive for batch and continuous production environments where consistent output and repeatability matter. Geometry and edge design for controlled chip formation The insert’s Parallelogram 85° geometry and 0.8 mm corner radius are matched to the insert's grade to support stable cutting and predictable chip flow. The 15° clearance angle assists in reducing rubbing and built‑up edge risks during interrupted cuts, while the nominal thickness and profile maintain rigidity under moderate axial loads. Together these features enable secure chip control and good surface finish, reducing rework and improving downstream assembly quality in precision milling tasks. Practical application benefits and process guidance Designed as a versatile milling solution, the WSP45G grade provides a balance between toughness and wear resistance, making it suitable for mixed‑material shops that machine both low‑alloy steels and more demanding stainless or high‑temperature alloys. The tolerance class M supports reproducible positioning in tool holders, contributing to predictable cycle times and consistent part geometry. For best results, match cutting parameters to the workpiece group (P/M/S) and monitor chip formation to exploit the insert’s optimized chipformer design. For tailored machining recommendations or to secure the ADMT120408L-F56 WSP45G for upcoming production runs, contact Metav Werkzeuge by email at info@metav-werkzeuge.com or by phone on +49 2822 7131930 for direct consultation and ordering support. Technical data Article number: ADMT120408L-F56-WSP45G-WALTER Designation: ADMT120408L-F56 ISO designation: ADMT120408L-F56 WSP45G Series: Tiger‑tec Gold Grade: WSP45G Core data Free angle: 15° Corner radius: 0.8 mm Insert size: 12 Thickness designation: 04 Tolerance class: M Special features Coating: Tiger‑tec Gold (PVD) Material suitability: Steel, stainless steel, superalloys/titanium (P/M/S) Shape: Parallelogram 85° Application: General milling operations Execution: T FAQ What materials can this insert machine? The ADMT120408L‑F56 WSP45G is suited for steel, stainless steel and heat‑resistant superalloys/titanium (P/M/S), offering a versatile option across those ISO groups. How does the Tiger‑tec Gold coating improve performance? The Tiger‑tec Gold PVD coating on the WSP45G grade increases wear resistance and edge stability, which typically extends tool life and improves process reliability in milling applications. What does the Parallelogram 85° geometry mean for machining? Parallelogram 85° geometry provides a robust cutting edge orientation that supports controlled chip evacuation and consistent surface quality during face and profile milling. Is the insert compatible with standard tool holders? The insert’s tolerance class M and standard ADMT geometry make it compatible with holders designed for this insert designation; insertion and clamping should follow the holder manufacturer’s guidelines. Walter Tools: Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany 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.
ADMT120408R-D56 WAK15 Wendeplatten - Walter Tools
For reliable, high-speed machining of aluminium and other non‑ferrous alloys, the combination of an uncoated carbide grade and a dedicated D56 chipbreaker delivers clean shearing and consistent chip control; order the insert directly via Metav Werkzeuge or consult our technical advisors for application-specific setup. ADMT120408R-D56 WAK15 milling insert — Parallelogram 85°, 15° relief — Walter Tools The ADMT120408R-D56 WAK15 is a parallelogram milling insert optimised for machining aluminium and non‑ferrous metals, featuring a sharp geometry and dedicated chip control for stable, productive cutting. Uncoated carbide grade WAK15 for aluminium Parallelogram 85° form for versatile milling 15° relief angle for reduced rubbing and heat D56 chipbreaker for controlled swarf evacuation Precise machining of aluminium and non‑ferrous alloys The WAK15 grade is an uncoated carbide developed for non‑ferrous materials, delivering a sharp cutting edge that reduces material adhesion and build‑up. Together with the D56 chipbreaker, the insert promotes predictable chip formation, which improves process stability and reduces secondary operations for chip disposal. This technical combination benefits shops aiming for consistent surface quality and shorter cycle times when working with aluminium and similar alloys. Geometry designed for reliable cutting performance The 85° parallelogram outline and 15° relief angle create a robust cutting geometry that balances edge strength with low friction at the cutting zone. The 0.8 mm corner radius gives a compromise between edge durability and fine finish capability, suited to a range of finishing and semi‑finishing passes. These geometry choices help maintain a repeatable cutting line and reduce vibration, supporting higher productivity on milling heads that accept this insert format. Productivity and process advantages in daily use Using an insert from the Walter N‑Sortensystem allows for easy grade selection and predictable behaviour across batches. The combination of the WAK15 grade and the D56 chip control reduces downtime caused by poor chip evacuation and tool change‑overs. For production environments working predominantly with non‑ferrous components, the result is improved throughput and lower scrap rates thanks to stable cutting forces and reduced edge clogging. Compatibility, handling and application guidance The insert is identified by the ISO designation ADMT120408R‑D56 WAK15 and is intended for milling cutters that accept ADMT‑style indexable plates. It is supplied in the Walter N‑Sortensystem series and is suitable for light to medium milling operations in aluminium and other non‑ferrous metals. For precise toolholder selection, recommended cutting data and process optimisation, please refer to the cutter manufacturer’s specifications or contact Metav Werkzeuge for tailored recommendations. Choose the Walter Tools ADMT120408R‑D56 WAK15 for efficient, low‑adhesion aluminium milling and contact Metav Werkzeuge for application advice via info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: ADMT120408R-D56-WAK15-WALTER ISO designation: ADMT120408R-D56 WAK15 Series: Walter N‑Sortensystem Facts Inscribed size: 12 Thickness: 04 Relief angle: 15° Corner radius: 0.8 mm Special features Grade: WAK15 (uncoated carbide) Chipbreaker: D56 Shape: Parallelogram 85° Tolerance class: M Suitable for aluminium and other non‑ferrous metals Execution: T FAQ What materials is this insert designed for? This insert from Walter Tools is designed primarily for aluminium and other non‑ferrous metals, utilising the WAK15 uncoated carbide grade for reduced adhesion and reliable cutting. How does the D56 chipbreaker improve the process? The D56 chipbreaker shapes the swarf for predictable evacuation, which improves process stability and reduces the risk of chip re‑contact during milling with the ADMT120408R‑D56 WAK15. What does the WAK15 designation mean? WAK15 denotes a Walter Tools carbide grade intended for non‑ferrous applications; it is an uncoated grade optimised for sharp edges and low friction in aluminium machining. Which cutter bodies accept this insert? This plate fits milling cutter bodies designed for ADMT‑style indexable plates; check the cutter manufacturer’s compatibility list for precise seat and clamp details. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen Protected trademarks and product names are the property of their respective owners. Brand names and protected product designations are mentioned for explanatory purposes only. There is no affiliation between our company and the named brands. The offered item is original, factory‑new merchandise of the manufacturer Walter Tools.
ADMT120408R-D56 WKK25G Wendeplatten - Walter Tools
Benefit from the combination of Tiger‑tec Gold coating, the WKK25G grade tailored to abrasive cast iron conditions and a 0.8 mm corner radius for improved chip control and consistent edge life; order the ADMT120408R‑D56 WKK25G insert directly via Metav Werkzeuge or request application advice from the consultants. ADMT120408R‑D56 WKK25G Milling indexable insert — Walter Tools, Tiger‑tec Gold, 15° ADMT120408R‑D56 WKK25G is a Tiger‑tec Gold coated milling indexable insert designed for productive machining of cast iron components, featuring a parallelogram 85° form and a 15° free angle. Tiger‑tec Gold coated WKK25G grade Optimised for cast iron machining Parallelogram 85° form for positive engagement 0.8 mm corner radius for reliable edge life Consistent productivity for abrasive cast iron work The coated carbide grade WKK25G, developed within the Tiger‑tec Gold family, is specifically tuned for the abrasive wear and the short, breaking chips typical of cast iron (ISO group K). This results in a reduced wear rate on the cutting edge and more predictable tool life, which directly supports higher component throughput and lower tool change frequency. The integrated chipbreaker D56 promotes stable chip formation, improving surface consistency on critical faces and reducing rework. Geometry and robustness that cut downtime A parallelogram 85° insert profile combined with a 15° free angle provides positive engagement and reliable cutting geometry in interrupted and full-width passes. The 0.8 mm corner radius balances edge strength and finishing capability: larger radii add robustness, while this value maintains a good compromise between life and surface quality. The insert’s thickness code and inscribed size ensure mechanical stability when mounted in compatible cutter bodies, helping to reduce vibration and extend useful edge life. Grade and coating explained for process security The term coated carbide here refers to a hardmetal substrate with a multilayer surface treatment provided by the Tiger‑tec Gold technology: this pairing enhances thermal stability and wear resistance under the high abrasion loads of grey and nodular cast iron. The WKK25G designation denotes the specific Walter Tools grade tuned for such conditions. Selecting this insert for cast iron operations supports reproducible results and improved cost per workpiece through fewer edge failures and consistent cutting performance. For tailored milling solutions with Walter Tools’ Tiger‑tec Gold inserts, contact Metav Werkzeuge for availability and application guidance — eMail: info@metav-werkzeuge.com, Tel: +49 2822 7131930 — Metav Werkzeuge’ specialists can advise on cutter compatibility and process optimisation. Technical Data SKU: ADMT120408R-D56-WKK25G-WALTER Article: ADMT120408R-D56 WKK25G Manufacturer: Walter Tools Product type: Milling indexable insert Facts Free angle: 15° Corner radius: 0.8 mm Insert size: 12 Thickness code: 04 Tolerance class: M Insert form: Parallelogram 85° Chipbreaker: D56 Special features Series: Tiger‑tec Gold Grade: WKK25G (coated carbide) Optimised for cast iron (ISO group K) Designed for stable chip formation and short, breaking chips Parallelogram 85° form for positive cutting engagement FAQ Which materials is this insert suited for? The ADMT120408R‑D56 WKK25G insert is optimised for machining cast iron; the WKK25G grade and Tiger‑tec Gold coating address abrasive wear and short, breaking chips typical of ISO group K materials. What does the WKK25G designation and Tiger‑tec Gold coating mean? WKK25G is Walter Tools’ grade name indicating a coated carbide formulation; the Tiger‑tec Gold coating technology enhances thermal resistance and wear performance for demanding cutting conditions. How do the chipbreaker D56 and the 0.8 mm radius affect machining? Chipbreaker D56 supports controlled chip formation in cast iron, while the 0.8 mm corner radius provides a robust cutting edge that balances durability with the ability to achieve an acceptable surface finish. Which toolholders accept this insert form? The insert matches cutter bodies and clamping systems designed for ADMT‑style parallelogram inserts; compatibility is typical for milling cutters specified for the ADMT1204 family of inserts. Walter Tools: Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany The Walter AG (brand: Walter Tools), headquartered in Tübingen, is one of the world’s leading manufacturers of precision tools for metalworking and is part of the Swedish Sandvik Group. Protected trademarks and trade names remain the property of their respective owners. Brand names and registered trademarks are mentioned for explanatory purposes only and do not imply any connection between Metav Werkzeuge and the named manufacturers. The offered item is an original, factory‑new product of the manufacturer.
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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