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.
BCGX0903PDR-G55 WAK15 Wendeplatten - Walter Tools
The combination of an uncoated WAK15 carbide grade and a parallelogram 75° geometry with a 7° clearance ensures efficient, low-build-up machining of aluminium; order the insert directly via Metav Werkzeuge or consult our specialists for application optimisation. BCGX0903PDR-G55 WAK15 milling indexable insert — for aluminium, Walter Tools A precision milling insert in the Walter N-series, the BCGX0903PDR-G55 WAK15 is designed for productive machining of aluminium and other non-ferrous metals, combining a sharp edge geometry with a G55 chipbreaker for stable chip control Walter N-grade for aluminium and non-ferrous metals Parallelogram 75° geometry for stable cutting 7° clearance angle for reduced rubbing G55 chipbreaker for secure chip control Faster, cleaner aluminium machining with purpose-designed geometry The insert‘s parallelogram 75° shape and 7° clearance are engineered to reduce contact and heat at the cutting edge, which leads to smoother cuts and less material adhesion when working with aluminium. The uncoated WAK15 carbide provides a very sharp cutting edge and low friction performance; together with the G55 chipbreaker, this results in reliable chip evacuation and consistent surface quality. For shops aiming to increase throughput on non-ferrous parts, the geometry supports higher feed rates without sacrificing finish. Why the uncoated WAK15 grade improves process stability As an uncoated carbide for non-ferrous materials, WAK15 focuses on edge sharpness and reduced built-up edge formation. This makes the insert particularly effective for thin-walled components and delicate contour work where thermal and mechanical load must be minimised. The Walter N-series specification means the grade and geometry are matched to provide predictable tool life and repeatable results in batch production, reducing interruptions for rework and improving overall machining economy. Application guidance and compatible strategies for best results The insert is intended for aluminium and other non-ferrous metals according to ISO material group N; use cutting fluids or minimal lubrication strategies where suitable to aid chip evacuation and surface integrity. The G55 chipbreaker is optimised for medium to heavy chip loads typical of face and shoulder milling; selecting compatible cutter bodies and adapting feed to material temper will further enhance cycle times. For mixed production, the consistent edge condition of this insert simplifies tool change protocols and reduces setup variability. Contact Metav Werkzeuge for tailored process advice and availability of Walter Tools inserts; reach our technical team at info@metav-werkzeuge.com or by phone on +49 2822 7131930 Technical data Article number: BCGX0903PDR-G55-WAK15-WALTER Designation: BCGX0903PDR-G55 WAK15 Type: Fräswendeschneidplatte (milling indexable insert) Manufacturer: Walter Tools Core data Size code: 09 Thickness code: 03 Clearance angle: 7° Plate form: Parallelogram 75° Tolerance class: G Special features Chipbreaker: G55 Grade: WAK15 (uncoated carbide) Series: Walter N-series Material application: aluminium and non-ferrous metals (ISO group N) Execution: X FAQ Is this insert suitable for machining aluminium alloys? Yes. The insert is specified for aluminium and non-ferrous metals; the WAK15 grade and G55 chipbreaker are designed to reduce material adhesion and support stable machining of aluminium. Can the insert be used for fine finishing passes? Yes. The sharp edge of the uncoated WAK15 carbide and the parallelogram geometry enable good surface finishes on non-ferrous parts when cutting parameters are adjusted for finishing feeds and speeds. What cutter bodies accept the BCGX0903PDR-G55 format? Insert seats designed for parallelogram 75° indexable inserts with size code 09 will accept this format; check the toolholder’s compatibility for secure clamping and correct seat angle. Does the G55 chipbreaker work for high-feed operations? The G55 chipbreaker is optimised for controlled chip formation in medium to heavier chip loads and supports higher productivity in typical face and shoulder milling of aluminium. How is the tolerance class G relevant for production? Tolerance class G indicates the manufacturing tolerance of the insert; consistent tolerance supports repeatable positioning and stable cutting results in series production. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Die Walter AG (Markenauftritt: Walter Tools) mit Hauptsitz in Tübingen gehört zu den weltweit führenden Herstellern von Präzisionswerkzeugen für die Metallbearbeitung und ist Teil des schwedischen Sandvik-Konzerns. 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.
BCGX0903PDR-G55 WHH15X Wendeplatten - Walter Tools
Benefit from the combination of coated carbide WHH15X, G55 chipbreaker and robust parallelogram geometry to secure consistent metal removal and extended tool life. Order the insert directly via Metav Werkzeuge or request application advice from its technical consultants. BCGX0903PDR-G55 WHH15X milling insert — Parallelogram 75°, 7° relief (Walter Tools) The BCGX0903PDR-G55 WHH15X is a milling indexable insert for versatile milling tasks, designed for stable chip control and predictable tool life in production environments Coated carbide grade WHH15X Parallelogram 75° geometry 7° relief for stable cutting G55 chipbreaker for consistent chips High-performance grade and reliable wear resistance The coated carbide composition of the insert and the WHH15X grade focus on wear resistance and long-term dimensional stability under cyclic loads. The integrated G55 chipbreaker promotes repeatable chip formation, which reduces the frequency of interruptions and supports continuous production. Material compatibility must be confirmed against the product matrix to define optimal cutting data for specific workpiece materials, ensuring the chosen grade performs within expected parameters. Geometry that improves access and surface quality The parallelogram 75° shape combined with a 7° relief optimises approach angles for slotting, profiling and face milling, enabling secure clamping and reduced vibration. These geometric choices help maintain a steady cutting edge engagement and contribute to improved surface finish on the workpiece. The manufacturer’s design also aids in chip evacuation: the chipbreaker converts removed material into short, controllable chips, lowering the risk of recutting and tool damage. Production benefits: uptime, consistency and process security As an indexable milling solution from Walter Tools, the insert supports stable cutting and predictable tool-life cycles in serial machining. Reduced tool-change frequency and consistent chip control lead to higher machine utilisation and fewer unexpected production stops. The overall design contributes to enhanced process reliability, helping operations meet tolerances consistently while maintaining productivity over extended runs. For process-critical milling choose the Walter Tools WHH15X grade and contact Metav Werkzeuge for application recommendations or to discuss suitable cutting parameters and clamping options. Technical data SKU: BCGX0903PDR-G55-WHH15X-WALTER Article designation: BCGX0903PDR-G55 WHH15X Product type: Fräswendeschneidplatte / milling indexable insert Brand: Walter Tools Core data Size designation: 09 Thickness designation: 03 Relief angle: 7° Geometry: Parallelogram 75° Tolerance class: G Special features Coating: coated carbide (beschichtetes Hartmetall) Grade: WHH15X Chipbreaker: G55 Series: Walter Schneidstoffsorte - Serie offen Material: catalogue-dependent FAQ What materials is this insert suited for? The WHH15X grade is a coated carbide variant; suitability for specific materials should be checked against the product matrix for the BCGX0903PDR-G55 WHH15X to determine recommended cutting data and application ranges. How does the G55 chipbreaker affect machining? The G55 chipbreaker on this milling insert produces short, controlled chips and reduces the chance of recutting, which assists in maintaining surface finish and decreasing interruptions during continuous milling operations. What advantages does the parallelogram 75° geometry offer? The parallelogram 75° form increases flexibility in entry angles for profiling and slotting while ensuring secure seating in standard toolholders, contributing to improved stability and consistent cutting performance. How does WHH15X support production environments? The WHH15X grade provides wear resistance and steady cutting behaviour, enhancing process reliability and extending tool-life intervals for the BCGX0903PDR-G55 WHH15X in series production. 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 explanatory purposes only. There is no affiliation between our company and the named manufacturers. The offered item is an original, factory-new product of the manufacturer.
BCGX0903PDR-G55 WPM15G WPM15G Wendeplatten - Walter Tools
Take advantage of the Tiger‑tec Gold coating and the WPM15G grade for reliable chip control and long tool life; the parallelogram 75° geometry with a 7° clearance angle enables versatile milling strategies. Order the insert directly via Metav Werkzeuge or consult the Metav team for application advice. BCGX0903PDR-G55 WPM15G Fräswendeschneidplatte – Parallelogram 75°, 7° clearance (Walter Tools) the BCGX0903PDR-G55 WPM15G is a milling indexable insert optimised for precision face and shoulder milling in a wide range of materials where the Tiger‑tec Gold coating enhances wear resistance Parallelogram 75° geometry for versatile milling Tiger‑tec Gold coating for extended tool life G55 chipbreaker for stable chip formation 7° clearance and 03 thickness for secure engagement Consistent productivity through advanced coating and grade The combination of the Tiger‑tec Gold coating and the WPM15G coated carbide grade is engineered to deliver consistent wear performance under demanding cycle times. The multilayer surface treatment reduces flank wear and improves edge stability, which translates directly into longer tool life and fewer insert changes during production. For users seeking efficient component runs, this means less downtime and more predictable machining windows. Flexible machining thanks to geometry and chip control The parallelogram 75° plate shape with a G55 chipbreaker provides controlled chip flow and reliable cutting engagement even in mixed cutting conditions. The 7° clearance angle reduces rubbing at the flank while the compact 03 thickness offers a favourable balance between rigidity and indexable economy. Together, these geometry features enable more adaptable feed and depth settings, supporting faster cycle times without sacrificing surface quality. Practical advantages for workshop implementation Designed by Walter Tools, the insert’s format and chipbreaker simplify tool set‑up and maintenance routines. The distinct chipformer geometry contributes to steady swarf transport and reduces the risk of re‑cutting, which improves surface finish and component consistency. For production teams, the net result is an insert that supports predictable batch processing and easier quality assurance during series machining. For application support, availability checks or recommendations for cutters and toolholders that suit the Walter Tools Tiger‑tec Gold WPM15G inserts, contact Metav Werkzeuge at info@metav-werkzeuge.com or by phone on +49 2822 7131930 for direct assistance and stock information Technical data Article number: BCGX0903PDR-G55-WPM15G-WALTER Product designation: BCGX0903PDR-G55 WPM15G Manufacturer: Walter Tools Facts Insert size: 09 Thickness: 03 Clearance angle: 7° Plate form: Parallelogram 75° Chipbreaker: G55 Tolerance class: G Special features Series: Tiger‑tec Gold Grade: WPM15G (coated carbide) Execution: X Material specification: Katalogabhängig Sortenhinweis: Werkstoffeignung anhand der konkreten Produktmatrix prüfen FAQ What materials is this insert intended for? The BCGX0903PDR-G55 WPM15G insert is delivered in the Tiger‑tec Gold family; material suitability should be checked against the specific product matrix to determine optimal application ranges. How does the G55 chipbreaker affect machining performance? The G55 chipbreaker on the insert improves chip formation and evacuation, which contributes to more stable cutting conditions and enhanced surface finish when using the appropriate cutter body. Can the parallelogram 75° geometry be used for shoulder milling? Yes, the parallelogram 75° format supports both face and shoulder milling strategies, providing flexibility for different tool paths while maintaining secure insert clamping. What are the benefits of the Tiger‑tec Gold coating? The Tiger‑tec Gold coating increases wear resistance and edge stability, extending useful tool life and supporting longer uninterrupted production cycles. Is the insert compatible with standard Walter toolholders? The BCGX0903PDR-G55 WPM15G is intended for use in matching Walter toolholders that accept the BCGX‑series insert form; confirmation of holder compatibility is recommended during tool selection. 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 trademarks are mentioned solely for clarification. There is no affiliation between our company and the named brands. The offered article is an original, factory‑new product of the respective manufacturer.
BCGX1605PDR-G55 WAK15 Wendeplatten - Walter Tools
Take advantage of a dedicated insert that combines fast chip evacuation, a carbide grade tuned for non‑ferrous materials, and a 75° parallelogram form for stable milling. The result is consistent, efficient aluminium machining with low risk of built‑up edge; order directly via Metav Werkzeuge or request application advice from our team. BCGX1605PDR-G55 WAK15 — milling indexable insert for aluminium and non‑ferrous metals, G55 chipbreaker, 7° clearance | Walter Tools The BCGX1605PDR‑G55 WAK15 is a milling indexable insert engineered for productive machining of aluminium and other non‑ferrous metals, offering a parallelogram 75° form and a sharp, uncoated carbide grade for reduced material adhesion. *Optimised for aluminium and non‑ferrous metals *G55 chipbreaker for reliable chip control *Parallelogram 75° form for stable cutting Stable chip control for uninterrupted production The insert's G55 chipbreaker is designed to shape chips consistently during aluminium cutting, reducing the chance of chip entanglement and ensuring a predictable cutting process. In practice, this means fewer interruptions for cleaning and lower risk of tool damage, which translates into higher machine utilisation. The WAK15 grade — an uncoated carbide developed for non‑ferrous applications — provides a sharp cutting edge that minimises friction and helps avoid built‑up edge, a common issue when machining soft metals. Geometry that improves surface finish and tool life A parallelogram 75° insert form combined with a 7° clearance angle creates a geometry that promotes stable cutting forces and even engagement with the material. This geometry helps to distribute loads across the cutting edge, which supports consistent part quality and a good surface finish on machined aluminium components. The plate profile and the specified tolerance class contribute to repeatable indexing and straightforward tool set‑up, reducing downtime during tool changes. System compatibility and predictable process results Belonging to the Walter N‑series, this insert fits established Walter tooling systems and supports streamlined inventory control for shops standardised on that platform. With tolerance class G and the clear SKU reference, reordering is unambiguous and traceable. The overall design focuses on machining efficiency — shorter cycle times through stable chip formation and a carbide grade tailored to non‑ferrous metals — which improves cost‑effectiveness across production runs. Contact Metav Werkzeuge for tailored cutting data and to source Walter Tools BCGX1605PDR‑G55 WAK15 inserts for aluminium and non‑ferrous machining Technical data Article number: BCGX1605PDR-G55-WAK15-WALTER SKU: BCGX1605PDR-G55-WAK15-WALTER Label: Fräswendeschneidplatte BCGX1605PDR-G55 WAK15 Walter Tools Core data Insert form: Parallelogram 75° Clearance angle: 7° Plate size: 16 Plate thickness: 05 Tolerance class: G Special features Chipbreaker: G55 Carbide grade: WAK15 (uncoated carbide) Series: Walter N‑Sortensystem Material application: Aluminium and other non‑ferrous metals FAQ Which materials is this insert intended for? The insert is specified for machining aluminium and other non‑ferrous metals; the WAK15 grade of the BCGX1605PDR‑G55 is optimised for these materials. Is the grade coated or uncoated? The WAK15 grade used in this Walter Tools milling insert is an uncoated carbide, selected for sharpness and low adhesion when cutting aluminium. What is the insert geometry and clearance angle? The insert features a parallelogram 75° form with a 7° clearance angle and a G55 chipbreaker to support stable cutting and reliable chip control. Does this insert belong to a specific system series? Yes, the insert is part of the Walter N‑series, ensuring compatibility with Walter tooling systems designed for these indexable plates. How does the G55 chipbreaker benefit production? The G55 chipbreaker shapes chips for predictable evacuation, lowering the risk of build‑up and reducing interruptions in aluminium machining using the BCGX1605PDR‑G55 WAK15 insert. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany, info@walter-tools.com 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 named brands. The offered article is an original, factory‑new product of the manufacturer Walter Tools.
BCGX1605PDR-G55 WHH15X Wendeplatten - Walter Tools
The combination of a proven WHH15X coated carbide grade and a G55 chipbreaker produces reliable chip control and consistent tool life for industrial milling. Benefit from the stable 75° parallelogram geometry and 7° clearance angle to maintain process security and repeatable surface finish; order or request application advice via Metav Werkzeuge. BCGX1605PDR-G55 WHH15X milling indexable insert by Walter Tools — G55 chipbreaker, parallelogram 75° The BCGX1605PDR-G55 WHH15X is a milling indexable insert engineered for versatile milling operations where secure chip formation and consistent edge performance are required; suitability for specific workpiece materials should be verified against the manufacturer's product matrix. G55 chipbreaker for secure chip control Coated carbide grade WHH15X Parallelogram 75° cutting geometry 7° clearance angle for stable cutting Precision where chip control matters The insert delivers dependable chip evacuation thanks to the G55 chipbreaker, which shapes chips to reduce re-cutting and tool pressure during continuous milling. This results in improved cycle stability and lowered risk of workpiece damage. The use of a coated carbide grade provides balanced wear resistance and edge toughness; the coating reduces friction at the cutting zone and supports longer tool life in many industrial applications. Technical terms such as chipbreaker and coating are explained here to aid specification: a chipbreaker is a geometry detail that controls how material is split and evacuated, while a coating is a thin engineered layer that enhances surface hardness and heat resistance. Geometry designed for stable cutting and repeatable finishes The parallelogram 75° shape combined with a 7° clearance angle gives the insert a robust cutting face and positive rake characteristics that lower cutting forces in interrupted or continuous cuts. This geometry stabilises the machining process and promotes consistent surface finish on milled parts. For production planners, the insert’s form supports straightforward fixture orientation and predictable radial engagement, which simplifies toolpath planning on standard milling machines and reduces setup variation across batches. Practical selection and process advantages The open-series Walter carbide grade offers a pragmatic compromise between cutting performance and broad applicability; however, material-specific performance should be confirmed using the product matrix provided by the manufacturer. Where high process security and reproducible results are priorities, this indexable solution supports efficient machining and contributes to higher overall productivity. Consideration of toolholder rigidity and cutting parameters alongside the insert’s G55 chip control will deliver the most reliable outcomes in shop-floor environments. Contact Metav Werkzeuge to discuss tool availability, suitable cutting data and sample testing for production requirements. Technical data SKU: BCGX1605PDR-G55-WHH15X-WALTER Name: Fräswendeschneidplatte BCGX1605PDR-G55 WHH15X Walter Tools Manufacturer: Walter Tools Product type: milling indexable insert ISO designation: BCGX1605PDR-G55 WHH15X Series: Walter Schneidstoffsorte - Serie offen Numbers / Core technical data Clearance angle: 7° Geometry: Parallelogram 75° Size: 16 Thickness: 05 Tolerance class: G Special features / Versions Grade: WHH15X (coated carbide) Chipbreaker: G55 Material specification: catalogue-dependent Execution: X Base designation: BCGX1605PDR-G55 FAQ What materials is this insert suitable for? Suitability depends on the product matrix; the WHH15X grade of the BCGX1605PDR-G55 is a coated carbide variant and material compatibility should be checked against the manufacturer's application chart. How does the G55 chipbreaker affect machining? The G55 chipbreaker on this indexable insert promotes secure chip control and reduces the risk of long, stringy chips, improving process reliability and surface integrity during milling. Can the insert be used for interrupted cutting? The parallelogram 75° geometry and 7° clearance angle make the insert resilient in varied engagements; nevertheless, confirm cutting data for interrupted cuts in the specific production context. Is the WHH15X grade suitable for high-speed milling? WHH15X is a coated carbide grade designed for balanced wear resistance and toughness; assessment against the application matrix is recommended to determine high-speed suitability for the intended workpiece material. Where can cutting data and samples be obtained? Cutting data and sample requests can be coordinated through Metav Werkzeuge; the SKU BCGX1605PDR-G55-WHH15X-WALTER will help to identify the exact configuration. 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 clarification only; there is no affiliation or partnership implied between Metav Werkzeuge and the named manufacturers. The offered article is an original, factory-new product from the stated manufacturer.
BCGX1605PDR-G55 WPM15G WPM15G Wendeplatten - Walter Tools
Take advantage of the combination of coated carbide grade, controlled chip formation and a compact parallelogram geometry for steady, productive milling cycles; procure original Walter Tools inserts from Metav Werkzeuge or consult the team for application matching. BCGX1605PDR-G55 WPM15G milling insert — Parallelogram 75° with 7° clearance, Walter Tools The BCGX1605PDR-G55 WPM15G is a coated carbide milling insert from Walter Tools designed for versatile face and shoulder milling operations in industrial machining environments. Tiger·tec Gold coating for wear resistance Parallelogram 75° form for versatile milling 7° clearance angle for secure cutting G55 chipbreaker for controlled chips Maximise uptime with Tiger·tec Gold wear protection The Tiger·tec Gold coating and the WPM15G grade combine to deliver predictable tool life and consistent edge stability under varying cutting conditions. As a coated carbide insert, this design reduces flank wear and helps maintain dimensional accuracy across longer production runs. The result is a measurable improvement in process efficiency: fewer tool changes, less scrap and reduced machine downtime. For less experienced buyers, the coating is a multi-layer physical vapour deposition system that improves hardness and reduces chemical wear at high cutting temperatures. Consistent chip control and secure engagement for stable machining The G55 chipbreaker and the parallelogram 75° geometry work together to shape and evacuate chips reliably, reducing the risk of re-cutting and tool pressure spikes. The modest 7° clearance supports secure seating and contact stability during interrupted cuts, while the plate form supports a range of axial depths. Controlled chips also lower coolant demand and make automated swarf handling more efficient. These characteristics translate into reproducible surface quality and fewer downstream finishing steps. Application guidance and material compatibility for practical use This insert is intended as a general-purpose solution within the Tiger·tec Gold series; compatibility with specific workpiece materials should be confirmed via the product matrix before selection. The plate thickness and size make it suitable for common milling cutters where a parallelogram insert is required. When planning deployment, match the BCGX1605PDR-G55 WPM15G to the cutter body and clamping system specified by the toolholder manufacturer and observe recommended cutting data for the workpiece material to balance productivity and tool life. Order original Walter Tools Tiger·tec Gold inserts through Metav Werkzeuge or contact Metav Werkzeuge for tailored application advice and cutting-data support Technical data SKU: BCGX1605PDR-G55-WPM15G-WALTER Name: BCGX1605PDR-G55 WPM15G Manufacturer: Walter Tools Facts Size: 16 Thickness: 05 Clearance angle: 7° Plate form: Parallelogramm 75° Tolerance class: G Special features Series: Tiger·tec Gold Grade: WPM15G (coated carbide) Chipbreaker: G55 Execution: X Material: Katalogabhängig Wendeplatte ISO designation: BCGX1605PDR-G55 WPM15G FAQ What materials is this insert suitable for? The answer depends on the specific grade and the cutter assembly; the BCGX1605PDR-G55 WPM15G is a coated carbide insert in the Tiger·tec Gold family and material suitability should be checked in the product matrix for recommended applications. How does the G55 chipbreaker affect machining? The G55 chipbreaker promotes short, consistent chips and improved evacuation, which supports a stable cut and can reduce cycle interruptions in milling operations. Is special clamping required for the parallelogram form? Parallelogram inserts require the corresponding cutter pocket and clamping geometry; ensure the toolholder accepts a 75° parallelogram insert to guarantee correct seating and cutting performance. What benefits does the Tiger·tec Gold coating provide? Tiger·tec Gold improves resistance to thermal and abrasive wear, helping to extend edge life and maintain surface finish over extended runs with the Walter Tools insert. Can the insert be used for interrupted cuts? The 7° clearance and robust coated grade make the insert suitable for many interrupted cut scenarios, provided the cutter body and clamping deliver sufficient stability. How to identify the correct replacement SKU? Match the insert designation BCGX1605PDR-G55 WPM15G and confirm size, thickness and chipbreaker type against the cutter manufacturer’s documentation to ensure compatibility. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen The Walter AG (brand: Walter Tools) is a globally recognised supplier of precision tools for metalworking. Protected trademarks and trade names remain the property of their respective owners and are mentioned here for clarification only. There is no affiliation between our company and the trademark owners. The offered item is an original, brand-new product from the manufacturer.
BCHT120404L-K85 WXN15 Wendeplatten - Walter Tools
Take advantage of the combination of a sharp uncoated carbide grade and a K85 chipbreaker for consistent chip control when machining non‑ferrous metals; the parallelogram 75° geometry with a 7° clearance and 0.4 mm corner radius supports predictable cutting performance. Order the insert directly via Metav Werkzeuge or consult the Metav Werkzeuge team for application advice. BCHT120404L-K85 WXN15 Fräswendeschneidplatte – milling insert, uncoated carbide, for non‑ferrous metals | Walter Tools BCHT120404L-K85 WXN15 is a parallelogram 75° milling insert designed for efficient and controlled machining of non‑ferrous metals in medium‑ to high‑productivity production. Uncoated carbide grade for NE materials Parallelogram 75° insert geometry K85 chipbreaker for stable chip control 7° clearance angle with 0.4 mm corner radius Consistent chip control for non‑ferrous machining The insert delivers stable cutting behaviour through its K85 chipbreaker and the sharp uncoated carbide of the WXN15 grade. For machining aluminium, brass and other NE materials, a sharp edge reduces the risk of built‑up edge and material adhesion; the uncoated WXN15 grade is optimised precisely for these applications. The combination of chip geometry and edge form aims to produce short, manageable chips, which supports uninterrupted production and reduces time lost to clearing chips or reworking parts. This results in a visible improvement in process reliability and surface consistency. Geometry that improves engagement and surface quality The parallelogram 75° form and the 7° clearance angle influence cutting forces and approach angle, offering a balance between robustness and light cutting action. A 0.4 mm corner radius provides a predictable profile on the machined edge while maintaining a sharp enough edge for delicate finishes on non‑ferrous components. These geometric attributes help to reduce chatter in common milling setups and contribute to an improved surface finish on cast or wrought NE materials. Where finish is a priority, the insert geometry supports stable contact between workpiece and tool without sacrificing edge life. Practical advantages during production With its designation and series alignment within the Walter N‑series, the insert suits workshops seeking efficient, reproducible results on non‑ferrous work. The insert thickness and size align with common toolholder systems for 75° approach angles, simplifying upgrade or replacement. Because the grade is uncoated carbide, it performs particularly well where low friction and a very sharp edge are required; this also eases post‑cutting cleaning and minimises thermal buildup. Reduced downtime for chip management and consistent cutting behaviour translate into improved throughput and lower overall machining cost per component. Compatibility, handling and selection guidance The insert is supplied in a T execution and follows the standard ISO designation shown on the item label, enabling straightforward matching with corresponding toolholders. When selecting cutting parameters, priority should be given to moderate feed per tooth and suitable speeds for the chosen non‑ferrous alloy to exploit the sharp geometry. The insert is intended for NE materials; for steels or hardened alloys, choose an alternative grade designed for those materials. For further guidance on feed and speed windows or holder recommendations, the Metav Werkzeuge technical team can provide application‑specific advice and ensure the correct insert and holder pairing. Contact Metav Werkzeuge for tailored application advice and current stock information on the Walter Tools BCHT120404L-K85 WXN15 milling insert; eMail info@metav-werkzeuge.com or call +49 2822 7131930 Technical Data SKU: BCHT120404L-K85-WXN15-WALTER Designation: BCHT120404L-K85 WXN15 Manufacturer: Walter Tools Product type: Fräswendeschneidplatte (milling insert) Series: Walter N‑Sortensystem Core data Size: 12 Thickness: 4 mm Clearance angle: 7° Corner radius: 0.4 mm Tolerance class: H Special features Uncoated carbide grade WXN15 K85 chipbreaker geometry Parallelogram 75° plate form Execution: T Optimised for non‑ferrous metals (NE materials) Part of the Walter N‑series FAQ What materials is this insert intended for? The BCHT120404L-K85 WXN15 insert is optimised for non‑ferrous metals (NE group) such as aluminium, copper and brass thanks to its sharp uncoated carbide grade and chip‑control geometry. Is the insert coated, and what are the implications? This insert uses an uncoated carbide grade (WXN15); the lack of coating maintains a very sharp edge, which helps prevent material adhesion when machining NE materials and supports low‑friction cutting. What benefit does the K85 chipbreaker provide? The K85 chipbreaker produces consistent, controllable chips when milling non‑ferrous alloys, reducing the risk of entanglement and improving process stability and surface quality. Which toolholder geometry is compatible with this insert form? The parallelogram 75° plate form indicates compatibility with toolholders designed for a 75° approach; confirmation of holder model and insert seating should be checked against the ISO designation on the insert. Can this insert be used on steel or hardened materials? The WXN15 grade and the insert geometry are intended for NE materials; for steel or hardened alloys, select a grade and geometry specified for those workpiece materials rather than this insert. Manufacturer: Walter Tools; part of the Sandvik Group. The Walter AG (brand appearance: Walter Tools) is one of the leading providers of precision tools for metalworking and is part of the Sandvik Group. Protected trademarks and product names are the property of their respective owners. Brand names and protected designations are mentioned solely for explanatory purposes. There is no affiliation between our company and the mentioned brands. The offered item is original and supplied as new from the manufacturer.
BCHT120404R-K85 WK10 T Wendeplatten - Walter Tools
Reliable milling performance is achieved through the combination of the WK10 uncoated carbide grade and the K85 chipbreaker, together with a 75° parallelogram geometry and a 7° clearance angle for stable cutting. Order the insert directly via Metav Werkzeuge or consult their technical team for application matching. BCHT120404R-K85 WK10 milling indexable insert (Parallelogram 75°, K85 chipbreaker) — Walter Tools The BCHT120404R-K85 WK10 is a milling indexable insert designed for general milling operations where consistent chip formation and predictable edge life are required Uncoated WK10 carbide grade K85 chipbreaker for consistent chip control Parallelogram 75° insert geometry 7° clearance angle and 0.4 mm corner radius Productivity through predictable chip control The combination of an uncoated carbide grade and a dedicated chipbreaker supports steady material removal and reduces cycle-time variability. The K85 chipbreaker is engineered to promote short, controllable chips in many common milling tasks, which helps to lower the risk of recutting and improves tool life. For operations where process stability and repeatable results matter, this insert provides a reliable edge performance that contributes to uninterrupted production and predictable tool-change intervals. Geometry and edge stability for precise machining A parallelogram 75° form and a 7° clearance angle ensure a secure cutting engagement and even load distribution across the cutting edge. The modest corner radius (0.4 mm) helps maintain a defined cutting edge that balances strength and surface finish, supporting both profile milling and general slotting where edge integrity is required. Tolerance class H contributes to consistent seating in the cutter body, so run-out and vibration are minimised and dimensional accuracy is easier to achieve. Application guidance and selection criteria The insert’s WK10 uncoated cemented carbide should be matched to the workpiece via the manufacturer’s product matrix to confirm suitability for specific materials and cutting conditions. As the grade is catalog-dependent, verification against the technical matrix is recommended prior to process implementation. The insert’s execution and chip control characteristics make it a pragmatic choice for shops seeking a cost-effective, hard-wearing solution for a range of milling tasks while retaining the option to step up to coated grades if higher wear resistance is required. For genuine Walter Tools inserts such as the BCHT120404R-K85 WK10, contact Metav Werkzeuge for technical advice and order placement: info@metav-werkzeuge.com | +49 2822 7131930 Technical data Article number / SKU: BCHT120404R-K85-WK10-WALTER Product: milling indexable insert Manufacturer: Walter Tools WPL designation: BCHT120404R-K85 WK10 WPL base designation: BCHT120404R-K85 Core data Insert size: 12 Thickness: 04 Clearance angle: 7° Corner radius: 0.4 Tolerance class: H Special features Carbide grade: uncoated WK10 Chipbreaker: K85 Geometry: parallelogram 75° Execution: T Material specification: Katalogabhängig Series: Walter Schneidstoffsorte - Serie offen ISO designation: BCHT120404R-K85 WK10 FAQ What materials is this insert suitable for? Material suitability must be checked against the Walter Tools product matrix; the WK10 grade is an uncoated carbide and the matrix indicates recommended materials and cutting conditions. How does the K85 chipbreaker affect machining? The K85 chipbreaker promotes controlled chip formation and reduced recutting, which enhances process stability and can improve tool life in many milling applications. Can this insert be used in standard milling cutters with parallelogram pockets? Yes, the parallelogram 75° geometry and tolerance class H are intended for compatible cutter bodies that accept this insert form and size. What does the corner radius mean for surface finish? A corner radius of 0.4 mm provides a balance between edge strength and achievable surface finish; it is suited to applications where a defined edge is required without excessive rounding. Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Walter AG (brand appearance: Walter Tools) is among the world's leading manufacturers of precision tools for metalworking and forms part of the Sandvik group. Protected trademarks and product names remain the property of their respective owners. Mention of brand names is for explanatory purposes only and does not indicate any relationship between our company and the manufacturers; the offered item is an original, factory-new product of the manufacturer.
BCHT120404R-K85 WXN15 Wendeplatten - Walter Tools
Take advantage of the combination of cost‑effective uncoated carbide, precise chip control and a compact parallelogram geometry for reliable machining of non‑ferrous metals. Order the BCHT120404R-K85 WXN15 directly via Metav Werkzeuge or ask our consultants if needed. BCHT120404R-K85 WXN15 Parallelogram 75° milling insert by Walter Tools — K85 chipbreaker, 7° clearance BCHT120404R-K85 WXN15 is an indexable milling insert designed for sharp, adhesion‑reducing cutting in aluminium, copper and brass applications. Uncoated carbide for non‑ferrous metals K85 chipbreaker for reliable chip control 7° clearance for sharp cutting geometry 0.4 mm corner radius for precise edges Higher throughput for non‑ferrous machining The uncoated carbide grade WXN15 is tailored to the demands of non‑ferrous alloys. Its sharp cutting edge and low‑adhesion characteristics reduce build‑up and enable consistent metal removal rates when machining aluminium, copper and brass. In series production this translates into shorter cycle times and fewer interruptions caused by material sticking. The parallelogram 75° form delivers stable engagement with the workpiece, while the compact geometry helps to maintain tool stability in smaller milling pockets. Consistent surface finish and chip management The integrated K85 chipbreaker controls chip form even at moderate feed rates, reducing the risk of entangling swarf and improving process security. Combined with the 7° clearance and a 0.4 mm corner radius, the insert produces repeatable edge quality and predictable contact conditions. These features support a fine surface finish without resorting to coated grades, which can blunt when machining sticky alloys. For operators, this means fewer re‑set cycles and more first‑pass parts meeting tolerance. Easy integration and predictable tool life The insert's standard size and form ensure compatibility with common Walter tool holders and modules within the Walter N‑grade system. The 12 mm inscribed size and stable geometry allow straightforward indexable mounting and quick replacement, keeping downtime to a minimum. Because the grade is uncoated, dress and reconditioning strategies focus on maintaining cutting sharpness rather than managing coatings, which can simplify inventory and costs. If clarification is needed on holder compatibility or optimal cutting data, Metav Werkzeuge can advise on feed and speed settings for the application and material. Contact Metav Werkzeuge for tailored application advice on Walter Tools WXN15 inserts and assistance selecting the correct grade and holder combination Technical Data Article number: BCHT120404R-K85-WXN15-WALTER Designation: BCHT120404R-K85 WXN15 Manufacturer: Walter Tools Series: Walter N‑Sortensystem Facts Size: 12 mm Thickness: 4.00 mm Clearance angle: 7° Corner radius: 0.4 mm Plate form: Parallelogram 75° Special features Coating: uncoated cemented carbide Grade: WXN15 Chipbreaker: K85 Applicable material group: N (non‑ferrous metals) Tolerance class: H Execution: T Typical use: sharp, uncoated application for adhesion‑prone alloys FAQ What materials is this insert suited for? The BCHT120404R-K85 WXN15 insert is intended for non‑ferrous metals such as aluminium, copper and brass and is formulated to minimise material adhesion. How does the K85 chipbreaker affect machining? The K85 chipbreaker promotes predictable chip formation and safer swarf evacuation, which helps maintain surface quality and reduces interruptions in milling operations. Which features ensure a good surface finish? The combination of 7° clearance, 0.4 mm corner radius and the sharp uncoated grade contributes to consistent edge condition and improved surface finish when machining NE‑metals. Is this insert compatible with standard Walter tool holders? Yes, the insert is designed to integrate with holders matching the parallelogram 75° form within the Walter system; confirm holder code and clamping type for exact fit. Can this grade be used for high‑speed machining? WXN15 is optimised for sharp, adhesion‑resistant cutting in non‑ferrous alloys; suitability for specific high‑speed applications should be verified against machine capabilities and cutting parameters. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Trademarks and trade names are the property of their respective owners. Brand names and protected designations are mentioned for explanation only. There is no affiliation between our company and the named brands. The offered article is an original, factory‑new product of the manufacturer.
BCHT120408L-K85 WXN15 K85 Wendeplatten - Walter Tools
Reliable milling performance for non‑ferrous components is achieved through the sharp, uncoated WXN15 grade combined with the K85 chipbreaker and a parallelogram 75° geometry for stable engagement; this results in controlled chips and consistent edge life. Order the insert directly via Metav Werkzeuge or consult our specialists for application-specific recommendations. BCHT120408L-K85 WXN15 milling indexable insert — uncoated grade for non‑ferrous metals | Walter Tools BCHT120408L-K85 WXN15 is a parallelogram 75° milling indexable insert engineered for sharp cutting in non‑ferrous materials with a K85 chipbreaker and a 7° clearance angle Parallelogram 75° geometry for versatile milling Uncoated carbide WXN15 for non‑ferrous metals K85 chipbreaker for controlled chip formation 7° clearance angle for smooth cutting action 0.8 mm corner radius for edge strength Optimised for non‑ferrous metals and clean cutting The insert uses the WXN15 uncoated carbide grade developed for the machining of non‑ferrous metals (ISO 513 group N). Its deliberately sharp edge geometry reduces material adhesion and minimises built‑up edge when machining aluminium, copper and brass. This results in predictable cutting behaviour and fewer interruptions in production, allowing a measurable improvement in process stability when paired with suitable feeds and speeds. Controlled chip formation for continuous operation The integrated K85 chipbreaker and the Parallelogram 75° geometry work together to produce short, manageable chips and to stabilise the cut at entry and exit. The 7° clearance angle reduces friction on the flank face, while the 0.8 mm corner radius balances edge robustness with cutting sharpness. These features directly contribute to reduced rework rates and longer periods between indexings, supporting a more efficient milling cycle. Repeatable mounting and predictable results on the shop floor Designed within the Walter N‑Series, the insert delivers repeatable seating and indexing in compatible milling bodies. The proven shape and chip control simplify process planning: once the insert grade and chipbreaker are matched to the work material, consistent surface finish and dimensional reliability follow. The tolerance class H ensures dependable interchangeability across tool holders that accept this format. Practical benefits and recommended use The uncoated nature of the grade favours applications where a very sharp cutting edge is required and where thermal coating advantages are less critical, such as high‑feed aluminium or copper machining. The designation and series details support straightforward tool management and spare part logistics. For best results, combine the insert with cutter bodies specified for parallelogram inserts and observe standard precautions for machining non‑ferrous metals to avoid built‑up material on the cutting edge. Contact Metav Werkzeuge today to discuss specifying the WXN15 BCHT120408L‑K85 insert for non‑ferrous milling applications or to request detailed application data via info@metav-werkzeuge.com or +49 2822 7131930 Technical Data Article number: BCHT120408L-K85-WXN15-WALTER Description: Milling indexable insert BCHT120408L-K85 WXN15 Manufacturer: Walter Tools Core data Plate size: 12 Thickness code: 04 Clearance angle: 7° Corner radius: 0.8 mm Tolerance class: H Special features Geometry: Parallelogram 75° Chipbreaker: K85 Grade: WXN15 (uncoated carbide) Series: Walter N‑Sortensystem Application group: N (non‑ferrous metals) Version: T Designation: BCHT120408L-K85 FAQ Which materials is this insert best suited for? The WXN15 grade is optimised for non‑ferrous metals; the BCHT120408L‑K85 insert is therefore especially suitable for aluminium, copper and brass, in line with ISO 513 group N. Is the insert coated or uncoated? This milling insert is uncoated; the WXN15 carbide grade delivers a very sharp cutting edge for adhesion‑sensitive non‑ferrous machining. What advantage does the K85 chipbreaker provide? The K85 chipbreaker promotes controlled chip formation and prevents long, stringy chips, improving process continuity and reducing the risk of workpiece damage during milling. How does the parallelogram 75° geometry affect tool performance? The parallelogram 75° shape offers stable entry and exit conditions and supports predictable engagement angles, which helps to maintain surface quality and repeatable results with this insert. 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 trademarks are used here for explanatory purposes only; there is no connection between our company and the named brands. The offered article is original, factory‑new goods of the manufacturer Walter Tools.
BCHT120408R-K85 WK10 T Wendeplatten - Walter Tools
Take advantage of the combination of a precise parallelogram 75° geometry, a K85 chipbreaker, and the economical uncoated WK10 grade for consistent, repeatable milling results; order directly via Metav Werkzeuge or consult the technical team for application-specific advice BCHT120408R-K85 WK10 milling insert by Walter Tools — parallelogram 75° geometry, K85 chipbreaker The BCHT120408R-K85 WK10 is a precision milling insert designed for indexable milling applications where predictable chip formation and reliable tool life are required Parallelogram 75° geometry for flexible approach angles Uncoated carbide grade WK10 for cost-efficient performance Precision corner radius 0.8 mm for consistent edge control K85 chipbreaker for improved chip control and evacuation Increased process efficiency through optimised geometry and chip control The design of the insert focuses on measurable productivity gains: the parallelogram 75° geometry enables variable approach angles while keeping cutting forces favourable, and the integrated K85 chipbreaker promotes regular chip splitting and dependable evacuation. Together these characteristics lead to fewer interruptions for chip clearing and more consistent cycle times. Because the grade is WK10 (uncoated carbide) and the insert features a corner radius of 0.8 mm, the component offers a predictable balance between edge strength and cutting precision. For production planning, the tolerance class H supports reliable seat fit and repeatable indexability in standard tool holders. Tool management simplified by standardised dimensions and robust design Inventory and setup are simplified when inserts conform to standardised dimensions. The insert’s 12 mm size and thickness designation 04 make it straightforward to allocate across compatible milling cutters, and the parallelogram form reduces the number of special holders required. The relief angle of 7° and the precise geometry help maintain consistent surface finish and dimensional stability between index changes. As a result, tool changeover and requalification times are shortened, contributing to lower overall machining costs and smoother workflow in small- and medium-batch production. Production security and application guidance for reliable results Process reliability is supported by the open series specification Walter Schneidstoffsorte - Serie offen, which highlights the need to match the grade to the workpiece via the product matrix. The indexable design and the K85 chipbreaker combine to reduce the likelihood of random breakouts and to stabilise cutting conditions during long cycles. For ambiguous material choices or when working close to material limits, consult the manufacturer’s product matrix or the Metav Werkzeuge technical advisors to verify suitability. The result is a pragmatic solution for manufacturing environments that require repeatable performance without unnecessary complexity. Contact Metav Werkzeuge for tailored application advice on Walter Tools inserts and to integrate the BCHT120408R-K85 WK10 into the tool set for enhanced process stability Technical data Article number: BCHT120408R-K85-WK10-WALTER Name: Fräswendeschneidplatte BCHT120408R-K85 WK10 Walter Tools Manufacturer: Walter Tools Facts Insert size: 12 mm Corner radius: 0.8 mm Relief angle: 7° Thickness code: 04 Tolerance class: H Special features Geometry: Parallelogram 75° Chipbreaker: K85 Grade: WK10 (uncoated carbide) Series: Walter Schneidstoffsorte - Serie offen Designation without grade: BCHT120408R-K85 Execution designation: T FAQ What cutting tasks suit this parallelogram insert? The insert is intended for milling operations where the parallelogram 75° geometry and K85 chipbreaker improve chip control and flexibility; verify specific workpiece compatibility with the product matrix before selecting the grade. How should the insert be indexed and seated? Index the insert according to the cutter manufacturer's instructions; the tolerance class H and the standardised size help ensure a secure, repeatable seat in compatible cutter bodies. Is the WK10 grade coated or uncoated and what does that mean for wear? The WK10 designation denotes an uncoated carbide grade; this typically offers cost-effective performance with reliable edge stability, while specific wear behaviour depends on the workpiece material and cutting parameters. Can the insert be used for finishing as well as roughing? With a corner radius of 0.8 mm and the 75° geometry, the insert can be applied to light finishing and general-purpose milling tasks; final surface quality and tolerances depend on cutting data and machine rigidity. Where to find material compatibility information for this insert? Material suitability is defined in the manufacturer's product matrix; consult the matrix or contact Metav Werkzeuge for application-specific recommendations regarding the BCHT120408R-K85 WK10. 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 registered trademarks are mentioned for explanatory purposes only. There is no affiliation between our company and the manufacturers named. The offered article is an original, factory-new product from the manufacturer.
BCHT120408R-K85 WXN15 Wendeplatten - Walter Tools
Take advantage of a sharp, uncoated WXN15 grade and the K85 chipbreaker for consistent chip control and fine surface finishes when machining non‑ferrous materials; order directly via Metav Werkzeuge or contact the sales team for application advice. BCHT120408R-K85 WXN15 milling insert (Parallelogram 75°) – Walter Tools BCHT120408R-K85 WXN15 is a milling insert engineered for high‑efficiency machining of non‑ferrous metals, offering a sharp uncoated carbide grade for reduced material adhesion. Optimised for non‑ferrous metals Sharp uncoated carbide grade WXN15 K85 chipbreaker for controlled chips Parallelogram 75° geometry for versatility Reliable performance on non‑ferrous alloys The WXN15 grade is an uncoated carbide formulation developed for machining aluminium, copper and brass; it delivers a consistently sharp cutting edge that reduces built‑up edge and enhances surface finish. With the insert’s geometry tuned for aluminium alloys, the result is improved productivity through fewer interruptions for chip clearing and more predictable tool life. The combination of a sharp grade and dedicated chip control is particularly suited to light‑to‑medium milling operations where surface quality and low adhesion are priorities. Geometry and chip control that support productivity The parallelogram 75° form combined with the K85 chipbreaker and a 0.8 mm corner radius provides a balance between edge strength and fine finishing capability. The listed 7° relief angle reduces rubbing on the machined surface while maintaining sufficient clearance during engagement. These features assist in producing uniform chips and reducing vibration, which in turn helps to maintain consistent tolerances and improves cycle reliability in industrial milling applications. Practical application and mounting guidance Designed within the Walter N‑Series, the insert is suitable for cutters accepting the BCHT form and the specified thickness code. Its uncoated nature makes it the preferred choice for sharp, adhesion‑sensitive operations on the ISO group N materials. For best results, select feed and speed parameters that limit heat build‑up and favour continuous chip formation; the insert’s chipbreaker assists in breaking long chips typical of soft, ductile alloys and supports safer handling at the tool holder. Consistency and process security in production As part of a proven tooling series by Walter Tools, this insert contributes to predictable machining results and stable chip formation across batch production. The standardised geometry and grade pairing simplify tool selection and help to maintain repeatable surface quality from one batch to the next. When paired with appropriately rated cutters, the assembly supports efficient throughput and reduces the risk of unexpected downtime due to chip‑related interruptions. Contact Metav Werkzeuge for detailed application recommendations and to secure the BCHT120408R-K85 WXN15 insert for optimised non‑ferrous machining workflows Technical data Article number: BCHT120408R-K85-WXN15-WALTER Manufacturer: Walter Tools Type: Fräswendeschneidplatte ISO designation: BCHT120408R-K85 WXN15 Facts Relief angle: 7° Corner radius: 0.8 mm Insert size: 12 Thickness code: 04 Tolerance class: H Special features Grade: WXN15 (uncoated carbide) Chipbreaker: K85 Series: Walter N‑Sortensystem Geometry: Parallelogram 75° Execution: T Material group: N (non‑ferrous metals) FAQ What materials is this insert intended for? The BCHT120408R‑K85 WXN15 insert is intended for ISO group N materials, specifically non‑ferrous metals such as aluminium, copper and brass. Is the cutting material coated? The WXN15 grade used in this insert is an uncoated carbide designed for sharp cutting and reduced adhesion in soft, ductile materials. Which chip behaviour can be expected with the K85 chipbreaker? The K85 chipbreaker promotes controlled chip formation, reducing long, stringy chips and aiding safe chip evacuation during continuous milling of non‑ferrous alloys. Can this insert be used for roughing and finishing? With its 0.8 mm corner radius and sharp grade, the insert suits fine finishing and medium‑duty operations; selection of specific feeds and speeds should reflect the desired balance between surface finish and metal removal rate. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen Trademarked names are the property of their respective owners. Brand names and registered trademarks are mentioned solely for clarification and comparison. There is no affiliation between Metav Werkzeuge and the mentioned brands. The offered article is original, factory‑new goods of the listed manufacturer.
BCHT120412L-K85 WXN15 Wendeplatten - Walter Tools
Take advantage of the sharp uncoated carbide and the K85 chipbreaker for reliable machining of non‑ferrous materials, ensuring consistent chip control and productive milling cycles; order directly via Metav Werkzeuge or consult our specialists for application advice. BCHT120412L-K85 WXN15 milling indexable insert – Walter Tools, for non‑ferrous metals BCHT120412L-K85 WXN15 is a parallelogram indexable insert designed for efficient milling of non‑ferrous metals such as aluminium and brass Walter N‑series grade WXN15 Sharp uncoated carbide grade Parallelogram 75° cutting geometry Chipbreaker K85 for non‑ferrous metals Reliable chip control for non‑ferrous machining The combination of the K85 chipbreaker and a sharp cutting edge creates controlled, short chips when machining non‑ferrous metals. This reduces the risk of material build‑up on the edge and minimises rework, resulting in fewer interruptions during production. The insert’s geometry has been developed to promote smooth evacuation of chips from the cutting zone, which supports higher feed rates and a steadier surface finish on aluminium and similar alloys. Geometry tuned for predictable tool life and surface quality A parallelogram 75° shape with a 7° relief angle and a 1.2 mm corner radius provides stable cutting behaviour and even load distribution across the cutting edge. These design elements help to avoid sudden tool failures and deliver a consistent edge condition over repeated tool changes. For workshop teams that prioritise repeatability, the insert’s form reduces vibration and contributes to a uniform surface finish, lowering the need for secondary finishing operations. Uncoated carbide grade for sharp, adhesion‑resistant performance The WXN15 grade is an uncoated carbide developed for sharp‑edge performance on NE materials; it resists material adhesion while maintaining a keen edge, which is especially advantageous when working with sticky or gummy aluminium alloys. With this grade, machining can be performed with lower cutting forces and improved dimensional stability. The result is a cost‑effective balance between productivity and the number of insert changes required in daily operation. Practical benefits in production environments The insert’s standardised ISO designation and familiar mounting profile make it straightforward to integrate into existing milling toolholders, reducing setup times and simplifying inventory management. The robust design supports reliable performance across mixed production batches, while the combination of sharp geometry and the K85 chipbreaker helps to reduce coolant dependency and cleaning effort during shifts, contributing to more efficient shopfloor workflows. For precise non‑ferrous milling choose the Walter Tools BCHT120412L‑K85 WXN15 via Metav Werkzeuge — for purchase enquiries or application support contact Metav Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930 Technical data SKU: BCHT120412L-K85-WXN15-WALTER Product type: Milling indexable insert Designation: BCHT120412L-K85 ISO designation: BCHT120412L-K85 WXN15 Manufacturer: Walter Tools Series: Walter N‑Sortensystem Core data Plate size: 12 Plate thickness: 04 Corner radius: 1,2 Relief angle: 7° Plate form: Parallelogramm 75° Special features Grade: WXN15 (uncoated carbide) Chipbreaker: K85 Execution: T Tolerance class: H Material designation: N (non‑ferrous metals) FAQ Which materials is this insert intended for? The BCHT120412L‑K85 WXN15 is intended primarily for non‑ferrous metals (designation N), such as aluminium, copper and messing. Is the WXN15 grade coated? No, WXN15 is an uncoated carbide grade designed for sharp‑edge applications and minimised material adhesion when machining NE materials. What geometry advantages does the insert offer? The parallelogram 75° shape combined with a 7° relief promotes stable cutting and the 1.2 mm corner radius helps to distribute cutting forces for consistent surface quality. How does the K85 chipbreaker affect production? The K85 chipbreaker improves chip fragmentation and evacuation when machining non‑ferrous alloys, which supports higher feed rates and reduces the risk of chip entanglement. Die Walter AG (trading as Walter Tools) is referenced for explanation only. Protected trademarks and trade names are the property of their respective owners. There is no affiliation between our company and the named brands. The offered item is an original, factory‑new product of the manufacturer. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany
BCHT120412R-K85 WK10 T Wendeplatten - Walter Tools
Benefit from the proven combination of an economical uncoated WK10 grade, a K85 chipbreaker and a 7° clearance angle to promote stable chip formation and consistent machining results; order the insert directly via Metav Werkzeuge or consult the technical team for application-specific parameters. Fräswendeschneidplatte BCHT120412R-K85 WK10 – Parallelogram 75°, 7° clearance (Walter Tools) BCHT120412R-K85 WK10 is a milling indexable insert designed for general milling operations where reliable chip control and predictable tool life are required Uncoated carbide grade WK10 K85 chipbreaker for stable chips Parallelogram 75° geometry 7° clearance angle Consistent chip control for stable production The insert’s defining element is the K85 chipbreaker combined with the WK10 uncoated cemented carbide grade, engineered to support stable chip formation during interrupted and continuous milling. The chipbreaker reduces the tendency for long, tangled swarf by fragmenting chips into manageable lengths; this improves process reliability and reduces secondary handling. For machine shops pursuing steady cycle times, the result is fewer interruptions and a more predictable production flow. Geometry that balances strength and cutting access The parallelogram 75° profile provides an effective compromise between edge strength and cutting accessibility on shoulder and face milling applications. The insert’s 1.2 mm corner radius enhances edge robustness, offering better resistance to edge chipping under moderate depths of cut and intermittent engagement. At the same time, the 7° clearance angle lowers flank contact, helping to reduce rubbing and heat buildup while maintaining a clean cutting line and consistent surface quality. Material and grade explained for confident selection The grade WK10 denotes an uncoated cemented carbide composition intended for broad applicability; users should consult the product matrix to confirm suitability for specific workpiece materials. Uncoated grades provide straightforward cutting behaviour and can be advantageous where coating adhesion or thermal transfer characteristics might affect finish or dimensional results. In practical terms, this makes the insert a pragmatic choice for workshops that require flexible tool management across diverse tasks. Practical benefits in daily workshop use With a compact 12 size and execution T, the insert fits established toolholders and allows rapid index changes to restore cutting geometry. The combination of chip control and robust edge geometry reduces downtime for insert changes and rework, supporting higher overall equipment effectiveness. For operations seeking a dependable, easy-to-plan tooling option, the insert represents a technically clear, cost-conscious component that integrates into standard milling setups. For tailored recommendations on Walter Tools milling inserts such as BCHT120412R-K85 WK10 and to receive cutting data or availability, contact Metav Werkzeuge for application support at info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: BCHT120412R-K85-WK10-WALTER Designation: BCHT120412R-K85 WK10 Manufacturer: Walter Tools Core specifications Size: 12 Thickness: 04 Clearance angle: 7° Corner radius: 1.2 Tolerance class: H Special features Grade: WK10 (uncoated cemented carbide) Chipbreaker: K85 Plate form: Parallelogram 75° Execution: T Series: Walter Schneidstoffsorte - Serie offen Base designation: BCHT120412R-K85 FAQ What materials is this insert suitable for? The BCHT120412R-K85 WK10 insert uses the WK10 uncoated carbide grade; suitability for specific materials should be checked against the product matrix and machining parameters, as the grade is designed for a broad range of general milling tasks. How does the K85 chipbreaker affect machining? The K85 chipbreaker on the insert improves chip control by producing shorter, more manageable chips, which promotes process stability and reduces swarf-related interruptions during milling. Is this insert compatible with standard toolholders? The parallelogram 75° shape and the BCHT120412R-K85 designation correspond to common toolholder types; verify holder compatibility and seat geometry before assembly to ensure secure clamping. Can the insert be used for interrupted cuts? Yes, the 1.2 mm corner radius and the robust uncoated WK10 grade make this insert suitable for many interrupted cutting applications, offering improved edge strength to resist chipping. Where can cutting data and recommended parameters be obtained? Cutting data and parameter recommendations for the BCHT120412R-K85 WK10 insert are available through Metav Werkzeuge; contact their technical support for application-specific guidance. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany The Walter AG (brand appearance: Walter Tools) with headquarters in Tübingen is one of the world's leading manufacturers of precision tools for metalworking and is part of the Sandvik Group. Protected trademarks and trade names remain the property of their respective owners. Brand names and protected designations are mentioned exclusively for explanatory purposes. There is no connection between our company and the manufacturers named; the offered item is an original, brand-new product from the manufacturer.
BCHT120412R-K85 WXN15 T Wendeplatten - Walter Tools
Combining the sharp WXN15 grade with the K85 chipbreaker provides efficient, low‑adhesion machining of aluminium and other non‑ferrous metals; the 75° parallelogram form and 7° clearance deliver stable cutting and predictable repeatability. Order through Metav Werkzeuge or consult our specialists for tailored cutting data and application support. BCHT120412R-K85 WXN15 — Fräswendeschneidplatte for non‑ferrous metals (Walter Tools, K85 chipbreaker, 7°) BCHT120412R-K85 WXN15 is a solid, indexable milling insert designed for high‑quality finishing and productive machining of non‑ferrous materials WXN15 uncoated carbide for non‑ferrous metals K85 chipbreaker for clean swarf control Parallelogram 75° geometry for stable cutting 7° clearance and 1.2 mm corner radius Precise, low‑adhesion machining for non‑ferrous materials The insert’s WXN15 composition is an uncoated, sharp cemented carbide grade optimised for non‑ferrous workpieces. This combination reduces built‑up edge and adhesion on soft metals such as aluminium, copper and Messing, which in turn improves surface finish and reduces rework. The K85 chipbreaker promotes predictable chip formation, making coolant use and chip evacuation more efficient; this leads to higher average feed rates and improved process throughput. In production environments where minimising material transfer and maintaining consistent part quality matter, this configuration reduces cycle time without sacrificing surface integrity. Consistent geometry for repeatable results and tool life The 75° parallelogram insert form together with a 7° clearance angle yields a robust mounting position and reliable chip flow direction. The specified corner radius 1.2 provides a balanced edge strength for fine finishing while still resisting premature edge chipping. Tolerance class H and the stable design support repeatable indexing and predictable wear behaviour on multi‑edge tooling systems. As a result, set‑up variance is reduced and process capability is improved, which supports leaner inventory management and fewer unexpected tool changes on the shop floor. Simple integration and production benefits Designed for the Walter N‑Sortensystem, this insert is compatible with common indexable cutter bodies and can be integrated into existing tool cycles with little adjustment. The plate’s designation and execution ensure interchangeability and straightforward spare‑part handling, reducing machine downtime. With its uncoated sharp edge geometry and the K85 chipbreaker, the component is particularly suited to applications demanding high surface quality and minimal burr formation. For practical deployment, cutting data sheets are recommended to fine‑tune feeds and speeds according to machine rigidity and workpiece alloy, thereby securing the best balance between productivity and tool life. For robust, low‑adhesion milling of non‑ferrous components, request a cutting data sheet or place an order via Metav Werkzeuge — contact Metav Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930 for tailored advice and prompt delivery. Technical data Article number: BCHT120412R-K85-WXN15-WALTER Name: Fräswendeschneidplatte BCHT120412R-K85 WXN15 Manufacturer: Walter Tools Core specifications Size: 12 Thickness: 04 Corner radius: 1,2 Clearance angle: 7° Shape: Parallelogramm 75° Tolerance class: H Features and compatibility Grade: WXN15 (uncoated cemented carbide) Chipbreaker: K85 Series: Walter N‑Sortensystem Execution: T Plate designation: BCHT120412R-K85 Application: Non‑ferrous metals (N) FAQ What materials is this insert intended for? The BCHT120412R-K85 WXN15 insert is optimised for non‑ferrous metals such as aluminium, copper and Messing, with a sharp uncoated grade that minimises adhesion during cutting. How does the K85 chipbreaker influence machining? The K85 chipbreaker produces short, controlled chips and reduces material build‑up on the cutting edge, which improves surface finish and facilitates reliable chip evacuation when using the Walter N‑Sortensystem. What does the 1.2 mm corner radius mean for part finish? A 1.2 mm corner radius provides a compromise between strength and fine finish: it resists minor chipping while enabling smooth surface quality in finishing passes with appropriate feeds. Is the insert compatible with standard Walter cutter bodies? Yes, the insert is made for the Walter N‑Sortensystem and is compatible with matching indexable cutter bodies that accept the BCHT‑type plate. Walter Tools; Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany Protected trademarks and brand 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 article is an original factory‑new product from the manufacturer.
BCHT120416L-K85 WXN15 Wendeplatten - Walter Tools
Take advantage of the combination of sharp, uncoated carbide performance, a parallelogram 75° geometry and a compact 1.6 mm corner radius for reliable, low‑adhesion machining of non‑ferrous metals; order the BCHT120416L-K85 WXN15 directly via Metav Werkzeuge or ask our consultants if needed. BCHT120416L-K85 WXN15 milling indexable insert, Parallelogram 75°, for non‑ferrous metals — Walter Tools The BCHT120416L-K85 WXN15 is a parallelogram 75° milling insert designed for sharp, uncoated cutting of aluminium, copper and brass in high‑productivity operations. Sharp uncoated carbide grade WXN15 Parallelogram 75° form for stable cutting 7° relief angle reduces rubbing and heat 1.6 mm corner radius for precise edge positioning Efficient machining of non‑ferrous metals with minimal adhesion The insert combines a very sharp, uncoated carbide geometry and a purpose‑built chipbreaker K85 to keep chips consistent and reduce smearing on soft alloys. For machining non‑ferrous metals such as aluminium, copper and brass the design reduces material build‑up on the edge, which in turn sustains surface finish and tool life. The WXN15 grade is an uncoated cemented carbide optimised for sharp cutting; this means fewer regrinds and more predictable removal rates when paired with suitable feeds and speeds. Geometry that supports stability and process reliability The parallelogram 75° form and 7° relief angle promote a stable cutting engagement and controlled contact between insert and workpiece. This geometry helps to lower cutting forces in face and shoulder milling, improving machine loading and repeatability. The modest 1.6 mm corner radius provides a balance between edge strength and the ability to produce sharper contours; in practice this translates into consistent dimensional results and a reduced need for secondary finishing on precision components. Practical integration and productivity benefits for production Designed for flexible, shop‑floor use, the insert belongs to the Walter N‑series and supports sharp, uncoated applications where chip control and low adhesion are priorities. The combination of the WXN15 grade and the K85 chipbreaker enables higher metal removal rates in many non‑ferrous applications while maintaining surface quality. For production planners this means shorter cycle times and a reliable tool life profile that simplifies inventory and process planning. For machining non‑ferrous metals with proven process reliability, contact Metav Werkzeuge about the Walter Tools BCHT120416L-K85 WXN15 insert and request tailored application advice from our consultants. Technical data Article number: BCHT120416L-K85-WXN15-WALTER Designation: BCHT120416L-K85 WXN15 Manufacturer: Walter Tools Product type: Fräswendeschneidplatte Series: Walter N‑Sortensystem Grade: WXN15 Facts Plate size: 12 Thickness designation: 04 Corner radius: 1.6 mm Relief angle: 7° Plate form: Parallelogram 75° Tolerance class: H Execution: T Special features Chipbreaker: K85 Uncoated cemented carbide grade for sharp cutting Suitable for aluminium, copper, brass (non‑ferrous metals) Designed for low material adhesion and consistent chip formation Application: sharp / uncoated machining of NE‑metals FAQ What materials is this insert best suited for? The BCHT120416L-K85 WXN15 insert is intended primarily for non‑ferrous metals such as aluminium, copper and brass; the WXN15 grade and K85 chipbreaker reduce adhesion and maintain surface finish. Is the grade coated or uncoated? This insert uses an uncoated cemented carbide grade WXN15, optimised for sharp cutting on soft, non‑ferrous materials. How does the parallelogram 75° form affect milling performance? The parallelogram 75° geometry improves cutting stability and repeatability in face and shoulder milling, helping to lower cutting forces and enhance process reliability. What does the 1.6 mm corner radius mean for component finish? A 1.6 mm corner radius balances edge strength with the ability to produce defined contours, often reducing the need for secondary finishing operations on precision parts. Which chipbreaker is fitted and what benefit does it provide? The insert features the K85 chipbreaker, engineered to deliver consistent chip formation and minimise smearing on soft alloys, improving tool life and surface quality. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Die Walter AG (Markenauftritt: Walter Tools) mit Hauptsitz in Tübingen gehört zu den weltweit führenden Herstellern von Präzisionswerkzeugen für die Metallbearbeitung und ist Teil des schwedischen Sandvik‑Konzerns. 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.
BCHT120416R-K85 WK10 T Wendeplatten - Walter Tools
Take advantage of the combination of a WK10 uncoated carbide grade and a K85 chipbreaker for consistent chip control and dependable cutting-edge performance; the parallelogram 75° geometry and 1.6 mm corner radius provide a balance of accessibility and strength. Order directly via Metav Werkzeuge or request consultancy for application-specific selection. BCHT120416R-K85 WK10 milling indexable insert – parallelogram 75°, K85 chipbreaker (Walter Tools) The BCHT120416R-K85 WK10 is a precision milling insert engineered for versatile milling operations where reliable chip formation and repeatable edge life are essential *Uncoated carbide grade WK10 *K85 chipbreaker for controlled chips *Parallelogram 75° geometry *1.6 mm corner radius, 7° clearance Predictable chip control that improves process stability The combination of the K85 chipbreaker and the WK10 uncoated carbide substrate is designed to promote steady chip formation and predictable evacuation. This reduces the risk of built-up edge and supports consistent cutting conditions during finishing and light to moderate machining tasks. By stabilising chip flow, cycle times become more reproducible and tool change intervals can be planned with greater confidence. Where surface integrity is critical, the chipbreaker geometry helps to maintain a consistent finish without aggressive cutting strategies. Geometry engineered for access and edge security The parallelogram 75° shape with a 7° clearance angle provides good accessibility to narrow features while retaining secure seat contact in many indexable toolholders. The 1.6 mm corner radius contributes to edge robustness, lowering local stress concentration and improving resistance to edge chipping in interrupted cuts. The insert thickness designation 04 and its overall form are chosen to ensure a stable clamping interface; together these attributes make the component suitable for a range of milling cutter arrangements where balance between reach and strength is required. Flexibility in application with clear selection guidance This indexable component is supplied as an uncoated carbide option within Walter Tools’ open series and should be matched against the toolmaker’s material matrix for optimal results. The series description underlines that WK10 is an uncoated grade, and material suitability must be verified for each workpiece family. For shops that run mixed batches or require repeatable interchangeability, the insert’s standardised designation simplifies stocking and avoids misidentification at the machine. Integration into production and confidence in brand quality As part of Walter Tools’ lineup, the insert supports established tooling systems and straightforward re-indexing, which helps to reduce downtime during tool exchanges. The BCHT120416R-K85 WK10 insert pairs well with commonly used toolholders and is intended to deliver repeatable edge life when applied within the recommended cutting parameters. For procurement and process planners, the clear ISO-style designation expedites ordering and inventory management while allowing fast cross-referencing in tooling documentation. Contact Metav Werkzeuge for application-specific recommendations and availability of Walter Tools inserts including BCHT120416R-K85 WK10; email info@metav-werkzeuge.com or call +49 2822 7131930 for tailored advice Technical Data Article number: BCHT120416R-K85-WK10-WALTER SKU: BCHT120416R-K85-WK10-WALTER Designation: BCHT120416R-K85 WK10 Type: Fräswendeschneidplatte (milling indexable insert) Manufacturer: Walter Tools Facts Geometry: Parallelogram 75° Clearance angle: 7° Corner radius: 1.6 Plate size: 12 Thickness: 04 Tolerance class: H Special features Chipbreaker: K85 Grade: WK10 (uncoated carbide) Series: Walter Schneidstoffsorte - Serie offen Execution: T Material designation: Katalogabhängig Notes: Verify material suitability via product matrix FAQ What materials is this insert intended for? The insert is supplied in WK10, an uncoated carbide grade; material suitability for specific workpiece materials must be checked against the Walter Tools product matrix before application. How does the K85 chipbreaker affect performance? The K85 chipbreaker promotes controlled chip formation and evacuation, improving process stability and contributing to a more consistent surface finish with fewer interruptions. Can this insert be used in holders for parallelogram 75° geometry? Yes, the parallelogram 75° form is intended for compatible indexable milling holders; correct clamping and seat contact are important for achieving the expected cutting behaviour. Is the corner radius suitable for roughing or finishing? The 1.6 mm corner radius offers a compromise between edge strength and surface quality, making it appropriate for light to medium finishing and certain semi-finishing operations depending on cutting parameters. What is the exact product designation and who supplies it? The full designation is BCHT120416R-K85 WK10 from Walter Tools; for ordering or technical clarification reference SKU BCHT120416R-K85-WK10-WALTER in procurement systems. Manufacturer: 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 mentioned for explanation only. There is no affiliation between our company and the mentioned brands. The offered article is original, brand-new goods from the manufacturer.
BCHT120416R-K85 WXN15 WXN15 Wendeplatten - Walter Tools
Take advantage of the sharp cutting performance and targeted chip control of the WXN15 grade combined with the stable parallelogram geometry for efficient machining of non‑ferrous metals; order directly via Metav Werkzeuge or request advice from its technical consultants for application support and rapid delivery. BCHT120416R-K85 WXN15 indexable milling insert — Parallelogram 75° for non‑ferrous metals by Walter Tools The BCHT120416R-K85 WXN15 is a parallelogram‑shaped milling insert designed for sharp, uncoated cutting in the machining of non‑ferrous metals, offering precise edge geometry for high‑quality surface finishes. Uncoated carbide grade WXN15 for sharp cutting Parallelogram 75° insert geometry 7° clearance for secure chip flow Optimised K85 chipbreaker for NE‑metals Consistent performance for non‑ferrous machining The combination of the WXN15 uncoated carbide grade and an acute cutting geometry delivers reliable cutting action when machining aluminium, copper and brass. The insert’s sharp, uncoated edge reduces built‑up edge formation on soft materials, while the K85 chipbreaker directs chips away from the cut, lowering the risk of re‑machining and improving cycle stability. As a result, productivity rises through reduced downtime for tool changes and less process variation, which supports leaner production and repeatable component quality. Geometry and edge technology that reduces rework The parallelogram 75° form and the corner radius 1.6 mm create a balanced contact zone that spreads cutting forces and helps to prevent notching on thin‑walled parts. The 7° clearance angle further reduces rubbing and heat build‑up, which extends edge life in demanding intermittent cuts. Together these features produce a clean surface finish and minimise secondary operations; the clear mechanical benefit is fewer rejects and a more predictable machining result for batch and piece production. Integration into tooling systems for straightforward handling With a standard format and H tolerance class, the insert fits common indexable milling cutters and is suitable for quick indexing in modular tool systems. The T‑execution and plate thickness specification ensure secure clamping and stable seating in the pocket, aiding vibration control during operation. Documentation and batch information are compatible with shop‑floor traceability systems, enabling process planning teams to quantify tool life and plan replacements efficiently without interrupting throughput. Contact Metav Werkzeuge for tailored advice on selecting the Walter Tools BCHT120416R-K85 WXN15 insert for specific non‑ferrous applications and to arrange prompt supply Technical data Article number: BCHT120416R-K85-WXN15-WALTER Name: BCHT120416R-K85 WXN15 Manufacturer: Walter Tools Numbers / core technical data Grade: WXN15 Geometry: Parallelogram 75° Clearance angle: 7° Corner radius: 1.6 mm Size: 12 Thickness: 04 Tolerance class: H Special features Chipbreaker: K85 Execution: T Series: Walter N‑Sortensystem Material designation: N (non‑ferrous metals) Sort description: Uncoated carbide, sharp edge for NE‑metals FAQ Is this insert suitable for aluminium alloys? The BCHT120416R-K85 WXN15 is designed for non‑ferrous metals and performs well on aluminium alloys thanks to the sharp uncoated carbide grade and the K85 chipbreaker. Can the insert be used with coolant or should it be run dry? The insert supports both wet and dry machining; the uncoated grade and chipbreaker channel reduce material adhesion, allowing flexible coolant strategies depending on the workpiece and cycle. What benefits does the parallelogram 75° geometry provide? Parallelogram 75° geometry improves cutting stability and distributes forces across the edge, the result being better surface finish and reduced tendency for edge chipping in interrupted cuts. How does the corner radius affect surface quality? The 1.6 mm corner radius balances strength and finish: it increases edge robustness under load while still achieving good surface appearance on thin walls and delicate parts. Is this insert compatible with common indexable milling cutters? Yes, the BCHT120416R-K85 WXN15 conforms to standard indexable insert formats and tolerance classes, enabling straightforward mounting in compatible milling cutter bodies. 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 mentioned solely for explanatory purposes. There is no connection between our company and the named brands. The offered item is an original, factory‑new product of the manufacturer.
BCHT120420L-K85 WXN15 Wendeplatten - Walter Tools
Benefit from the combination of sharp, uncoated carbide WXN15 for clean chip formation and the K85 chipbreaker in a parallelogram 75° geometry with a 7° relief angle and 2 mm corner radius — optimised for efficient milling of non‑ferrous metals; order directly via Metav Werkzeuge or consult the technical team for application advice. BCHT120420L-K85 WXN15 milling indexable insert — sharp uncoated grade, parallelogram 75° | Walter Tools The BCHT120420L-K85 WXN15 is a milling indexable insert designed for high‑performance machining of non‑ferrous metals, offering a sharp, uncoated carbide grade and a K85 chipbreaker in a parallelogram 75° form for controlled chip flow and reliable surface quality. Uncoated carbide grade WXN15 K85 chipbreaker for sharp edges Parallelogram 75° insert geometry 7° relief angle and 2 mm corner radius Faster, cleaner milling of non‑ferrous metals The combination of a sharp, uncoated carbide grade and a purpose‑built K85 chipbreaker reduces material adhesion and promotes predictable chip formation when machining aluminium, copper and brass. This results in higher feed rates and consistent surface quality, while the cutting edge geometry lowers the risk of material build‑up. For shops seeking efficiency in NE‑metal applications, the insert’s design supports stable process windows and shorter cycle times. Reliable geometry for flexible setups The parallelogram 75° form provides versatile cutting angles and stable clamping in standard milling holders. The modest 7° relief angle helps maintain edge strength during interrupted cuts, while the 2 mm corner radius balances edge robustness and surface finish. These geometric choices allow integration into existing tool systems with minimal compromise on performance, supporting a range of milling strategies from light finishing to more aggressive roughing in non‑ferrous alloys. Clear specification and repeatable results Manufactured to a tolerance class H, the insert delivers repeatable dimensions for predictable tool offsets and programming. The Walter N‑Sortensystem series with grade WXN15 offers an uncoated carbide tailored to non‑ferrous materials, making the component suitable for production runs where consistent part quality and predictable tool life are priorities. The standardised geometry simplifies tool management and reduces setup variations across batches. Application advantages and process security Using an insert with the described features improves process security through optimised chip control and reduced thermal loading on the cutting edge. The specification emphasises quick chip evacuation and minimal adhesion, which together enhance tool life and reduce rework. Where surface finish and dimensional consistency matter, the insert supports a balance between productivity and component quality, particularly for parts machined from aluminium alloys and other NE‑metals. Discuss Walter Tools' WXN15 inserts with Metav Werkzeuge for tailored milling recommendations and application support — contact via phone or e‑mail for expert advice Technical Data Article number: BCHT120420L-K85-WXN15-WALTER Label: Fräswendeschneidplatte BCHT120420L-K85 WXN15 Walter Tools Manufacturer: Walter Tools Series: Walter N-Sortensystem Grade: WXN15 Chipbreaker: K85 Execution: T Tolerance class: H ISO designation: BCHT120420L-K85 WXN15 SKU / UID: BCHT120420L-K85-WXN15-WALTER Dimensions & measurable data Insert size: 12 mm Thickness: 4 mm Corner radius: 2 mm Relief angle: 7° Insert form angle: 75° (parallelogram) Materials & special features Carbide: uncoated carbide grade WXN15 Suitable for: non‑ferrous metals (ISO group N) Chip control: K85 chipbreaker for sharp edge applications Plate form: Parallelogram 75° Series description: Walter N‑Sortensystem — sharp/uncoated applications FAQ Which materials is this insert intended for? The BCHT120420L-K85 WXN15 insert from Walter Tools is optimised for non‑ferrous metals such as aluminium, copper and brass (ISO group N), using a sharp, uncoated carbide grade to minimise adhesion. Is the WXN15 grade coated or uncoated? WXN15 is an uncoated carbide grade; the lack of coating and the sharp edge geometry help prevent material build‑up when machining soft, adhesive materials. What advantages does the K85 chipbreaker provide? The K85 chipbreaker promotes clean chip formation and consistent evacuation, improving surface finish and reducing the chance of built‑up edge during milling of NE‑metals. What are the key dimensions and tolerances of the insert? The insert is manufactured to tolerance class H, with a 12 mm size, 4 mm thickness, 2 mm corner radius and a 7° relief angle — dimensions that support stable clamping and repeatable offsets. Which series does this insert belong to and who manufactures it? This insert is part of the Walter N‑Sortensystem series and is supplied by Walter Tools under the designation BCHT120420L-K85 WXN15. 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.
BCHT120420R-K85 WK10 K85 Wendeplatten - Walter Tools
Take advantage of the combination of robust WK10 uncoated carbide, a K85 chipbreaker and a precise parallelogram 75° geometry for consistent chip control and repeatable milling results; order directly via Metav Werkzeuge or consult the team for application advice. BCHT120420R-K85 WK10 Milling Insert (Parallelogram 75°) — Walter Tools The BCHT120420R-K85 WK10 is a parallelogram milling indexable insert engineered for dependable chip formation and productive face and shoulder milling in a wide range of shop environments. Uncoated carbide grade WK10 K85 chipbreaker for stable chips Parallelogram 75° geometry 7° clearance angle for reduced rubbing Corner radius 2 for precise edge engagement Predictable chip control for efficient processes The insert is built from WK10 uncoated carbide, a material class suited for general milling where a stable, predictable cutting edge is required. Combined with the K85 chipbreaker, the insert delivers consistent chip control, reducing rework and interruptions. The geometry, being a parallelogram 75°, promotes favourable cutting forces in many milling operations; as a result, cycle times can be reduced while maintaining surface integrity. The design supports reliable tool life and process stability under routine production loads. Designed to increase productivity and repeatability A low clearance angle of 7° and a corner radius 2 ensure clean engagement with the workpiece and help to lower friction at the cutting edge. This arrangement enables a balance between load capacity and surface finish, which is particularly relevant for machines aiming for both throughput and quality. The indexable nature of the insert allows for rapid seat changes and consistent repositioning, so toolholders can be brought back into-cut with minimal setup time. The outcome is a measurable improvement in machining uptime and repeatable part quality. Simple selection and secure handling in the workshop Specification data is presented clearly to assist engineering decisions: ISO designation BCHT120420R-K85 WK10, chipbreaker K85, and thickness code 04. Compatibility with toolholders that accept the parallelogram 75° form is recommended; the insert’s format supports straightforward mounting and indexation. For material suitability, the product matrix should be consulted to match the WK10 grade to the intended workpiece material and cutting parameters. Technical enquiries can be addressed through Metav Werkzeuge for tailored recommendations and cutting data. Contact Metav Werkzeuge for application-specific recommendations on Walter Tools WK10 inserts and to arrange prompt supply or technical consultation Technical data Article number: BCHT120420R-K85-WK10-WALTER Designation: BCHT120420R-K85 WK10 Product type: Milling indexable insert Manufacturer: Walter Tools Series: Walter carbide grade - open series Facts Clearance angle: 7° Corner radius: 2 Size code: 12 Thickness code: 04 Tolerance class: H Special features WK10 uncoated carbide grade K85 chipbreaker for stable chip formation Parallelogram 75° insert geometry Execution: T ISO designation BCHT120420R-K85 WK10 Series note: Check product matrix for material suitability FAQ Is this insert suitable for finishing and roughing applications? The BCHT120420R-K85 WK10 insert is designed for general milling tasks where a balance between finish and productivity is needed; suitability for a specific finishing or roughing task should be verified against the product matrix. What does the WK10 grade indicate? WK10 denotes an uncoated carbide grade from Walter Tools intended for a broad range of milling operations; the grade’s performance will depend on cutting parameters and workpiece material. How does the K85 chipbreaker affect performance? The K85 chipbreaker promotes stable chip formation and evacuation, improving process reliability and reducing the risk of chip-related interruptions during machining. Can the insert be indexed to restore a sharp edge? Yes, the parallelogram insert is indexable; repeated indexing provides multiple usable cutting edges and supports consistent repositioning in the toolholder. 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 for explanatory purposes only. There is no affiliation between our company and the named brands. The offered article is original and brand new from the manufacturer.
BCHT120420R-K85 WXN15 K85 Wendeplatten - Walter Tools
Take advantage of the sharp, uncoated carbide grade and the K85 chipbreaker for productive machining of non-ferrous metals; the robust parallelogram geometry with a 7° clearance ensures reliable chip control and repeatable results. Order the BCHT120420R-K85 WXN15 milling insert directly via Metav Werkzeuge or ask our consultants for application advice. BCHT120420R-K85 WXN15 milling insert — sharp uncoated grade for non‑ferrous metals (Parallelogram 75°, 7° clearance) by Walter Tools The BCHT120420R-K85 WXN15 is a parallelogram milling insert designed for sharp, uncoated cutting of non‑ferrous materials such as aluminium, copper or brass, offering stable chip formation and consistent edge life in the Walter N‑series. Walter N‑series uncoated carbide WXN15 Optimised for non‑ferrous metals machining Parallelogram 75° geometry for axial stability K85 chipbreaker for controlled chips 7° clearance angle with 2 mm corner radius Faster, cleaner results with a sharp uncoated grade The uncoated WXN15 grade is formulated for low‑adhesion cutting in non‑ferrous alloys, delivering a sharp cutting edge that reduces material build‑up and improves surface finish. The combination of an uncoated cemented carbide substrate and the K85 chipbreaker supports consistent chip segmentation, which reduces rework and machine downtime. This is particularly important when working with soft, ductile materials where chip control and prevention of material adhesion are decisive for process stability. Geometry and mechanics that improve productivity The parallelogram 75° plate form provides secure axial engagement and is well suited for versatile milling setups; the 7° clearance reduces rubbing while the 2 mm corner radius balances edge strength and finish quality. These design choices enable higher feed rates and predictable tool life when milling thin‑walled or delicate components. In practice, the geometry translates into fewer interruptions for tool changes and a more continuous production flow, which benefits batch and serial machining alike. Application focus and practical advantages on the shop floor Designed within the Walter N‑Sortensystem, this insert targets NE materials and is recommended where sharp, uncoated performance is required. The insert supports machining of aluminium, copper or brass with improved surface results and reduced tendency for built‑up edge. Where process reliability and repeatable quality are priorities, the combination of the WXN15 grade and the insert’s chipbreaker yields measurable improvements in cycle times and part consistency, making it a practical choice for manufacturers handling non‑ferrous components. Contact Metav Werkzeuge today for tailored advice on integrating the BCHT120420R-K85 WXN15 into current machining processes or to request cutting data sheets and availability. Technical data Article number: BCHT120420R-K85-WXN15-WALTER SKU: BCHT120420R-K85-WXN15-WALTER Label: Fräswendeschneidplatte BCHT120420R-K85 WXN15 Walter Tools Manufacturer: Walter Tools Product type: Fräswendeschneidplatte Core data Free angle: 7° Corner radius: 2 mm Plate size: 12 Plate thickness: 04 Plate form: Parallelogram 75° Tolerance class: H Features Series: Walter N‑Sortensystem Grade: WXN15 (uncoated cemented carbide) Chipbreaker: K85 Execution: T Application group: N (non‑ferrous metals such as aluminium, copper, brass) FAQ What materials is this insert suitable for? The BCHT120420R-K85 WXN15 is engineered for machining non‑ferrous metals; typical applications include aluminium, copper and brass, where the sharp, uncoated edge minimises material adhesion. How does the K85 chipbreaker affect machining? The K85 chipbreaker on this insert promotes controlled chip formation and evacuation, improving surface quality and reducing the risk of chip entanglement during continuous milling of non‑ferrous alloys. What advantages does the parallelogram 75° form provide? Parallelogram 75° geometry offers stable axial engagement and flexibility in orientation, supporting higher feeds and consistent edge life in a range of milling operations. 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 used for explanatory purposes only and do not imply any affiliation with our company. The described item is an original, factory‑new product of the manufacturer Walter Tools.
BCHT120425R-K85 WK10 T Wendeplatten - Walter Tools
Take advantage of the WK10 uncoated carbide grade, the robust 2.5 mm corner radius and the 7° clearance angle for stable, repeatable milling results; order directly via Metav Werkzeuge or consult our advisors for application matching. BCHT120425R-K85 WK10 milling indexable insert — Parallelogram 75°, 2.5 mm nose radius, 7° clearance | Walter Tools The BCHT120425R-K85 WK10 is a solid, uncoated milling insert designed for general-purpose milling where reliable chip control and consistent edge life are required in production environments Uncoated carbide grade WK10 7° clearance angle for stable cutting 2.5 mm corner radius for robust edges Predictable machining through optimised grade and geometry The combination of an uncoated carbide substrate (WK10) and a purpose-designed geometry delivers predictable cutting behaviour and improved process reliability in series production. The Parallelogram 75° form reduces radial engagement, which supports consistent chip formation and lowers cutting forces in interrupted cuts. For engineers seeking measurable improvements in cycle time and tool life, the insert’s geometry helps maintain stable machining conditions and reduces the need for frequent tool changes. This leads to a more economical manufacturing process and easier process control on milling machines. Durable cutting edge and secure corner protection With a 2.5 mm corner radius and the integrated chipbreaker K85, the insert is tailored for robust performance under varying feed rates. The larger nose radius increases edge strength and distributes forces, which is beneficial when facing fluctuating loads or semi-finish passes. The chipbreaker assists in controlled fragmentation of swarf, improving surface consistency and reducing the risk of tool nose damage. Explaining the terms: a corner radius refers to the rounded edge at the insert’s tip that increases toughness, while a chipbreaker is a micro-geometry feature that aids in guided chip evacuation. Easy integration and inventory clarity for production planning The standardised designation and compact dimensions simplify tool selection and replacement in workshop inventories. The 7° clearance angle reduces rubbing on the flank, improving finish and reducing heat build-up. The insert’s catalogue-dependent material specification ensures flexibility: consult the product matrix for the precise carbide grade and dimensions suitable for the intended workpiece material. Spare-part handling benefits from the clear ISO-style marking and Walter Tools’ series naming, enabling rapid replenishment and consistent set-up across machines. For reliable, process-safe milling with Walter Tools inserts such as this WK10 grade, contact Metav Werkzeuge for availability and application advice: info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: BCHT120425R-K85-WK10-WALTER SKU: BCHT120425R-K85-WK10-WALTER Product type: Fräswendeschneidplatte Designation: BCHT120425R-K85 WK10 Facts Clearance angle: 7° Corner radius: 2.5 mm Size: 12 Form: Parallelogramm 75° Thickness: 04 Tolerance class: H Special features Series: Walter Schneidstoffsorte - Serie offen Grade: WK10 (uncoated cemented carbide) Chipbreaker: K85 Execution: T Material specification: Katalogabhängig FAQ What materials is this insert suitable for? Material suitability should be verified against the product matrix; the BCHT120425R-K85 WK10 is an uncoated cemented carbide grade and its workpiece compatibility depends on specific application data Is the insert coated? No, the WK10 designation identifies an uncoated carbide grade for the BCHT120425R-K85 WK10 milling insert What does the 2.5 mm corner radius mean for machining? A 2.5 mm corner radius increases edge strength and improves resistance to chipping, making the insert suitable for heavier feeds and more robust milling operations How does the K85 chipbreaker influence performance? The chipbreaker K85 promotes controlled chip formation and evacuation, which enhances surface quality and reduces the likelihood of chip-related issues during milling Where can specific cutting data or suitability charts be found? Cutting data and material suitability for the BCHT120425R-K85 WK10 are available in the manufacturer’s product matrix; consult technical documentation before series production Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Protected trademarks and trade names belong to their respective owners. Mention of brand names serves explanation purposes only and does not imply any affiliation between our company and the named manufacturers. The offered article is an original, factory-new product of the manufacturer.
BCHT120425R-K85 WXN15 Wendeplatten - Walter Tools
The combination of a sharp, uncoated carbide WXN15 grade and a parallelogram 75° geometry ensures efficient machining of non‑ferrous materials with reliable chip control; order the insert directly via Metav Werkzeuge or consult the specialists for application support. BCHT120425R-K85 WXN15 milling insert — parallelogram 75° geometry, WXN15 grade (Walter Tools) BCHT120425R-K85 WXN15 is a milling indexable insert designed for productive machining of non‑ferrous metals and precision light‑machining applications. Uncoated carbide grade WXN15 Parallelogram 75° insert geometry 7° relief angle for reduced rubbing 2.5 mm corner radius for robustness Optimised for non‑ferrous metals High‑efficiency cutting for non‑ferrous materials The WXN15 grade is an uncoated carbide developed for sharp cutting edges and low adhesion when working with aluminium, copper and brass. That material focus reduces built‑up edge and assures consistent surface quality when slotting or face milling soft alloys. By choosing this grade, productivity gains come from fewer interruptions for cleaning or reworking, while the sharp edge geometry supports high feed rates typical for non‑ferrous processing. Geometry engineered to stabilise chip flow and tool life A parallelogram 75° geometry provides a favourable cutting direction and improved accessibility in shoulder and face milling, while the 7° relief reduces flank contact and friction. The 2.5 mm corner radius increases edge robustness where interrupted cuts or entry conditions are demanding. Together, these form a balance between cutting aggression and edge security, enabling longer tool life and steady component tolerances in continuous production. Simple specification and predictable results for the workshop Integration into existing toolholders is straightforward thanks to the standardised designation BCHT120425R-K85 WXN15, part of the Walter N‑grade system. The K85 chipbreaker is tuned to form short, manageable chips with non‑ferrous alloys, supporting automated swarf evacuation and safer handling. Clear designation and consistent performance simplify tool selection and reduce set‑up time across batch runs, which is particularly valuable for small series and mixed‑material jobs. Contact Metav Werkzeuge for tailored application advice on Walter Tools milling inserts and prompt supply. Technical Data Article number: BCHT120425R-K85-WXN15-WALTER Label: Fräswendeschneidplatte BCHT120425R-K85 WXN15 Walter Tools Product type: Fräswendeschneidplatte / milling insert Manufacturer: Walter Tools Grade: WXN15 Series: Walter N-Sortensystem Facts Insert form: Parallelogramm 75° Insert size: 12 Thickness: 04 Relief angle: 7° Corner radius: 2.5 Special features Chipbreaker: K85 Execution: T Tolerance class: H Uncoated carbide for NE‑metals (sharp geometry) Suitable application: non‑ferrous metals (aluminium, copper, brass) FAQ What materials is this insert intended for? The insert is specified for non‑ferrous metals; the WXN15 uncoated carbide is optimised for aluminium, copper and brass, offering low adhesion and good surface finish. How does the insert geometry affect machining performance? The parallelogram 75° shape and 7° relief reduce rubbing and improve accessibility, while the 2.5 mm corner radius enhances edge strength for consistent results with the BCHT120425R-K85 WXN15 insert. Is the chip control suitable for automated production? Yes, the K85 chipbreaker produces short, controlled chips that aid swarf evacuation and are well suited to automated machining centres and high‑feed operations. 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 solely for explanatory purposes. There is no connection between Metav Werkzeuge and the mentioned brands. The offered article is an original, brand‑new product from the manufacturer.
BCHT120430L-K85 WXN15 Wendeplatten - Walter Tools
Take advantage of the WXN15 uncoated carbide grade and precise 7° relief to achieve clean, productive milling of non‑ferrous alloys; the parallelogram 75° form and 3 mm corner radius ensure stable engagement and consistent chip control. Order the insert directly via Metav Werkzeuge or ask the consultants for application advice. BCHT120430L-K85 WXN15 – Milling insert, parallelogram 75°, 7° relief – Walter Tools A BCHT120430L-K85 WXN15 milling insert designed for sharp, uncoated performance in non‑ferrous metal machining, suited to productive finishing and semi‑finishing operations Parallelogram 75° for versatile milling 7° relief angle for low cutting forces WXN15 uncoated carbide for non‑ferrous metals 3 mm corner radius for edge stability Higher throughput for non‑ferrous production The insert is optimised for efficient material removal in N‑group alloys. The WXN15 uncoated carbide grade provides a very sharp cutting edge, which reduces built‑up edge and improves surface finish when machining aluminium, copper or brass. The parallelogram 75° geometry delivers favourable cutting directions and flexible entry angles, enabling shorter cycle times and consistent results across batch runs. By combining a low relief angle with a dedicated chipformer, the component supports controlled chip evacuation and reduced spindle loads, translating directly into improved throughput for light‑metal production environments. Reliable edge life through controlled geometry A modest 3 mm corner radius and the 7° relief ensure a balance between edge strength and cutting aggressiveness: the edge resists chipping while remaining sharp enough for clean shearing of soft alloys. The uncoated carbide construction favours heat dissipation and avoids coating‑related adhesion on reactive materials, supporting repeatable tool life under typical finishing speeds. Where finish quality and dimensional consistency matter, this geometry reduces the need for subsequent hand finishing and assists in meeting tighter tolerance windows without process overhauls. Simple integration and predictable performance The insert’s format and chipbreaker designation make it straightforward to integrate into existing tool bodies that accept this form factor. The K85 chipbreaker is tuned to produce short, manageable chips in non‑ferrous machining, improving workplace cleanliness and reducing recutting of swarf. The component belongs to the Walter N‑series, ensuring consistent geometry and grade characteristics across the range; this harmonisation simplifies inventory planning and makes it easier to substitute sizes or grades while keeping process stability. For application consultation on the Walter Tools BCHT120430L-K85 WXN15 milling insert or to verify compatibility with specific tool holders and workpiece materials, contact Metav Werkzeuge via info@metav-werkzeuge.com or call +49 2822 7131930 Technical data SKU: BCHT120430L-K85-WXN15-WALTER Article designation: BCHT120430L-K85 WXN15 Brand: Walter Tools Series: Walter N‑Sortensystem Facts Relief angle: 7° Plate form: Parallelogram 75° Corner radius: 3 Size: 12 Thickness: 04 Special features Uncoated carbide (WXN15) Target materials: non‑ferrous metals (N) Chipbreaker: K85 Execution: T Sharp cutting geometry for minimising adhesion FAQ What materials is this insert intended for? This insert is intended primarily for non‑ferrous metals such as aluminium, copper and brass, reflecting the WXN15 grade’s suitability for sharp, adhesion‑resistant cutting. Is the insert coated or uncoated? The BCHT120430L-K85 WXN15 is an uncoated carbide insert, chosen to reduce material adhesion and maintain sharpness when machining soft or sticky alloys. How does the 75° parallelogram shape affect cutting? The 75° parallelogram form offers flexible approach angles and improved chip flow, allowing the insert to perform well in both finishing and semi‑finishing applications with controlled engagement. Will the 3 mm corner radius help with edge durability? Yes, the 3 mm radius balances edge strength and sharpness, enhancing resistance to chipping while still delivering good surface finish on non‑ferrous workpieces. What chip behaviour can be expected with the K85 chipbreaker? The K85 chipbreaker is designed for short, controllable chips in non‑ferrous machining, improving safety and reducing the risk of recutting or entanglement. Manufacturer: Walter AG; Tübingen; Germany The Walter AG (brand appearance: Walter Tools) with headquarters in Tübingen is one of the world’s leading manufacturers of precision tools for metalworking and is part of the Sandvik Group. Protected trademarks and product names remain the property of their respective owners. The mentioned brand names and trademarks are used for explanatory purposes only; there is no affiliation between our company and the named manufacturers.
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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