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.
BCHT120430R-K85 WK10 Wendeplatten - Walter Tools
Benefit from the combination of the WK10 uncoated carbide grade and the K85 chipbreaker for stable chip formation and productive milling. The parallelogram 75° geometry with a 7° clearance and a 3 mm corner radius delivers consistent seating and cutting geometry for repeatable results. Order the BCHT120430R-K85 WK10 milling insert directly via Metav Werkzeuge or contact the consultants for application advice. BCHT120430R-K85 WK10 milling indexable insert — Parallelogram 75°, K85 chipbreaker (Walter Tools) The BCHT120430R-K85 WK10 is a parallelogram 75° milling insert engineered for general-purpose and batch milling where reliable chip control and repeatable edge performance are required Parallelogram 75° insert geometry K85 chipbreaker for stable chip control Uncoated carbide WK10 general-purpose grade 7° clearance for precise seating Higher productivity through stable chip control and edge life The combination of the K85 chipbreaker and the WK10 carbide grade is designed to promote stable chip formation, reducing interruptions in production and minimising rework. The chipbreaker geometry directs chips away from the cutting zone, which supports continuous machining cycles and helps maintain surface quality. For production managers and process engineers this means fewer stoppages and predictable output per tool life, improving throughput without complex process changes. Precise geometry that supports repeatable tool clamping A parallelogram 75° shape paired with a 7° clearance angle ensures secure seating in standard toolholders and a defined cutting edge engagement. The 3 mm corner radius balances edge strength with acceptable cutting forces, allowing consistent performance across repeated indexings. This geometry is suitable for a range of slotting and face milling applications where predictable tool behaviour and easy indexability matter for cycle-time planning. Practical material choice and application guidance The insert is supplied in the WK10 cutting grade, an uncoated carbide option listed in the Walter series. This grade is aimed at broad material coverage for general machining; however, suitability should be verified against the product matrix for specific workpiece materials and cutting parameters. The catalogue-dependent material specification means that selection can be matched to the intended operation, making it straightforward to align tool choice with process requirements while keeping procurement simple. Contact Metav Werkzeuge for tailored application recommendations or to request machining parameter guidance for Walter Tools inserts Technical data Article number: BCHT120430R-K85-WK10-WALTER SKU: BCHT120430R-K85-WK10-WALTER Name: BCHT120430R-K85 WK10 milling indexable insert Manufacturer: Walter Tools Core data Geometry: Parallelogram 75° Clearance angle: 7° Corner radius: 3 mm Size designation: 12 Thickness code: 04 Chipbreaker: K85 Tolerance class: H Execution: T Materials & special features Cutting grade: WK10 (uncoated carbide) Series: Walter cutting material series — open Material specification: catalogue-dependent Note: Verify workpiece suitability with the product matrix FAQ What materials is this insert suitable for? The BCHT120430R-K85 WK10 is supplied in the WK10 uncoated carbide grade; material suitability should be checked against the product matrix to confirm compatibility with specific steels, cast irons or non-ferrous materials. How does the K85 chipbreaker affect machining? The K85 chipbreaker promotes controlled chip formation and evacuation, which enhances process stability and helps maintain consistent surface finish during continuous milling operations. What does the parallelogram 75° geometry help achieve? The parallelogram 75° form provides defined cutting engagement and reliable clamping in compatible holders, improving repeatability when indexing the insert during production. Is the WK10 grade coated? WK10, as provided for this insert, is an uncoated carbide grade; this supports general-purpose use and can be selected where coating is not required for the application. What dimension details should be confirmed before ordering? Confirm the size designation (12), thickness code (04) and corner radius (3 mm) to ensure compatibility with the intended toolholder and machining strategy. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen, Germany; Walter Tools is a brand of Walter AG and part of the Sandvik Group. Protected trademarks and trade names remain the property of their respective owners. The mentioned brand is cited solely for explanation. The offered item is an original, brand-new product from the manufacturer.
BCHT120430R-K85 WXN15 T Wendeplatten - Walter Tools
Take advantage of the combination of a sharp, uncoated carbide grade and a dedicated K85 chipbreaker for efficient machining of non‑ferrous materials; the insert’s 7° clearance and parallelogram geometry ensure stable engagement and predictable results. Order directly via Metav Werkzeuge or request advice from the consultants for application-specific recommendations. BCHT120430R-K85 WXN15 milling indexable insert — Parallelogram 75°, 7° clearance — Walter Tools The BCHT120430R-K85 WXN15 is a milling indexable insert designed for sharp, uncoated performance in machining non‑ferrous metals, combining a dedicated chipbreaker with a stable parallelogram geometry for productive milling. Sharp uncoated carbide for NE‑metals K85 chipbreaker for controlled chips Parallelogram 75° for secure seating 7° clearance for reduced rubbing High‑speed, sharp cutting for non‑ferrous applications The insert’s uncoated carbide composition and the WXN15 grade from the Walter N‑grade system provide a sharp cutting edge optimised for aluminium, copper and brass. This combination reduces material adhesion and minimises burr formation during light to medium milling operations. The result is consistent surface quality and reduced secondary finishing, while the uncoated design keeps thermal sensitivity low and helps preserve edge geometry when machining soft, sticky alloys. Predictable chip control and process stability Equipped with the K85 chipbreaker, the insert directs chips away from the cutting zone and supports reliable evacuation in interrupted cuts. The parallelogram 75° form gives stable seating in compatible toolholders and promotes uniform load distribution across the cutting edge. Together with the 7° clearance, these features reduce rubbing and heat build‑up, which enhances tool life and supports repeatable machining outcomes in production environments. Practical handling and integration benefits The insert’s dimensions and tolerance class H support reproducible indexing and minimal set‑up time in standard milling housings. The T‑style execution and the defined edge radius deliver predictable contact conditions for both roughing and finishing passes. With its focus on non‑ferrous machining, the component is a straightforward replacement choice for shops seeking to improve cycle times and surface finish without introducing complex coatings or process changes. For application guidance or to discuss toolholder compatibility, contact Metav Werkzeuge for tailored recommendations and order processing via info@metav-werkzeuge.com or by phone on +49 2822 7131930. Technical data Article number: BCHT120430R-K85 WXN15 SKU: BCHT120430R-K85-WXN15-WALTER Label: Fräswendeschneidplatte BCHT120430R-K85 WXN15 Walter Tools Facts Clearance angle: 7° Corner radius: 3 Insert size: 12 Thickness code: 04 Tolerance class: H Special features Grade: WXN15 (uncoated carbide) Chipbreaker: K85 Geometry: Parallelogram 75° Series: Walter N‑grade system Execution: T Application focus: non‑ferrous metals (aluminium, copper, brass) FAQ What materials is this insert suitable for? The WXN15 grade insert is intended for machining non‑ferrous metals such as aluminium, copper and brass; the combination of uncoated carbide and the K85 chipbreaker helps prevent material adhesion. Is the insert coated? No, the BCHT120430R-K85 WXN15 is an uncoated carbide insert, chosen specifically to maintain a very sharp cutting edge for NE‑metal applications. Which chip behaviour can be expected with the K85 chipbreaker? The K85 chipbreaker produces controlled, short to medium chips that evacuate reliably during typical milling conditions, reducing the risk of recutting and improving surface finish. How does the parallelogram 75° form affect mounting? The parallelogram 75° geometry ensures secure seating and consistent load distribution in compatible toolholders, which supports repeatable positioning and stable milling performance. Can this insert be used for finishing passes? Yes; the combination of the sharp edge geometry and the specified corner radius enables both productive material removal and acceptable finish quality on non‑ferrous components. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen
BCHT120440L-K85 WXN15 WXN15 Wendeplatten - Walter Tools
The combination of a sharp, uncoated carbide grade (WXN15) and a K85 chipbreaker provides efficient machining of non‑ferrous materials with reliable chip control and stable edge formation; order directly via Metav Werkzeuge or consult the technical team for tailored application advice. BCHT120440L-K85 WXN15 Milling indexable insert — Parallelogram 75°, uncoated carbide, Walter Tools BCHT120440L-K85 WXN15 is a precision milling insert designed for productive machining of non‑ferrous metals in a wide range of milling applications. Sharp uncoated carbide grade WXN15 Parallelogram 75° shape for versatile milling 7° relief angle to reduce rubbing 4 corner radius for consistent surface quality Consistent performance for non‑ferrous machining The insert combines the WXN15 uncoated carbide grade with a geometry optimised for N‑materials, making it particularly suitable for aluminium, copper and brass. The sharp cutting edge and low‑adhesion surface behaviour reduce built‑up edge and minimise rework, delivering more predictable part quality. Because the grade is uncoated, the cutting edge remains extremely sharp, which benefits finishes and burr formation when working with soft, gummy alloys. The result is a balance of productivity and dimensional stability that supports continuous production runs. Geometry that improves chip control and surface finish A parallelogram 75° form and the K85 chipbreaker function together to direct chips away from the cutting zone and reduce recutting, which helps maintain tool life and part integrity. The insert’s 4 corner radius supports a steady surface finish while allowing slight engagement angles that avoid aggressive material tearing. The 7° relief angle minimises flank rubbing, lowering cutting forces during entry and exit. These geometric choices are especially effective for sharp, uncoated applications where chip evacuation and coolant access are decisive for process reliability. Application guidance and process advantages Belonging to the Walter N‑Sortensystem, the insert is tailored for high reproducibility in the machining of non‑ferrous metals and for operators seeking predictable edge behaviour. Tolerance class and execution ensure consistent seating and stable cutting conditions in indexable milling holders. The combination of chip control and sharp grade translates into reduced secondary operations and better surface quality, supporting cost‑efficient production. For parameter selection and optimisation, consult process data to align feed and speed with the chosen holder and workpiece material, ensuring the full potential of the plate is realised. Contact Metav Werkzeuge for expert recommendations on Walter Tools inserts and application setup — Metav Werkzeuge can advise on grade selection, availability and the best cutting parameters for specific non‑ferrous alloys (info@metav-werkzeuge.com / +49 2822 7131930) Technical Data SKU: BCHT120440L-K85-WXN15-WALTER Model: BCHT120440L-K85 WXN15 Manufacturer: Walter Tools Facts Relief angle: 7° Corner radius: 4 Shape: Parallelogram 75° Plate size: 12 Thickness code: 04 Tolerance class: H Special features Series: Walter N‑Sortensystem Grade: WXN15 (uncoated cemented carbide) Chipbreaker: K85 Execution: T Application group: N (non‑ferrous metals) Designation: BCHT120440L-K85 ISO designation: BCHT120440L-K85 WXN15 FAQ What materials is this insert suitable for? The BCHT120440L-K85 WXN15 insert is designed primarily for non‑ferrous metals such as aluminium, copper and brass, reflecting the WXN15 grade and the N application group. How does the K85 chipbreaker affect machining? The K85 chipbreaker promotes controlled chip formation and evacuation; with the sharp WXN15 edge it reduces material adhesion and improves surface finish during milling. What does the parallelogram 75° shape mean for application? A parallelogram 75° form provides flexible approach angles for a variety of milling strategies, enabling stable entry and exit conditions and effective chip flow with the K85 geometry. Is the grade coated or uncoated, and why does that matter? The insert is an uncoated cemented carbide (WXN15), which keeps the cutting edge very sharp—beneficial for soft, ductile non‑ferrous alloys where minimal rubbing and low built‑up edge are essential. Which series does this insert belong to and what does that imply? It belongs to the Walter N‑Sortensystem, indicating a family of grades and geometries optimised for non‑ferrous machining with consistent performance and predictable edge behaviour. 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 mentioned solely for explanation and reference. There is no connection between our company and the named brands. The offered item is original factory‑new goods from the manufacturer.
BCHT120440R-K85 WK10 T Wendeplatten - Walter Tools
Combining the WK10 uncoated carbide grade with the K85 chipbreaker and the parallelogram 75° geometry gives stable chip control and consistent cutting performance; ideal for reliable face milling. Order or request application advice through Metav Werkzeuge for a smooth integration into existing toolsets. BCHT120440R-K85 WK10 Fräswendeschneidplatte — Parallelogram 75°, K85 chipbreaker (Walter Tools) BCHT120440R-K85 WK10 is a precision milling insert designed for general face milling applications where consistent chip formation and predictable tool life are required WK10 uncoated carbide grade Parallelogram 75° geometry K85 chipbreaker for controlled chips 7° relief angle for secure cutting High-performance substrate for consistent machining productivity The insert features the WK10 uncoated carbide substrate, a composition optimised for stable cutting under a range of conditions. This uncoated carbide provides predictable wear behaviour and simple reconditioning options, making it suitable where consistent edge performance is more important than advanced coating technology. The result is a cost-effective compromise between tool life and machining economy, supporting shorter set-up times and stable process windows. For operations that prioritise repeatable results, the substrate class offers a clear advantage in planning machining cycles and replacement intervals. Geometry and chip control that support efficient milling The parallelogram 75° shape combined with the K85 chipbreaker delivers controlled chip flow and reliable engagement in face milling tasks. The 7° relief angle reduces rubbing at the flank, improving surface integrity while the shaped chipbreaker channels swarf efficiently away from the cutting zone. Together these features reduce the risk of built-up edge and help maintain consistent surface finish across a workpiece. Engineers will note improved operational stability on medium-duty passes, where chip control directly influences cycle time and part quality. Design robustness and tolerance for workshop integration Manufactured to tolerance class H, the insert’s dimensional stability supports repeatable indexing and predictable seat fits in compatible milling bodies. The plate’s corner radius and thickness codes are selected to balance strength and accessibility in confined geometries; this leads to fewer interruptions for insert changes and a lower incidence of incidental edge damage. Compatibility with standard clamping systems and common toolholders makes the component straightforward to adopt within established tool assortments, simplifying tool management and stock keeping. Practical application advice and process considerations Selection of this insert should be guided by the workpiece material and the specific cutting parameters: WK10 is an uncoated carbide grade whose suitability depends on the product matrix for individual materials. For roughing passes where chip evacuation and edge robustness are critical, the K85 chipbreaker excels; for finishing, reducing feed per tooth and adapting cutting speed will maximise surface quality. If clarification is needed on the best speeds and feeds for a particular alloy or machining centre, process engineers and toolroom planners can request tailored recommendations to ensure optimal performance. For tailored recommendations on Walter Tools WK10 inserts and to check stock or application fitment, contact Metav Werkzeuge for specialist advice and fast supply coordination. Technical data Article number: BCHT120440R-K85-WK10-WALTER Label: Fräswendeschneidplatte BCHT120440R-K85 WK10 Walter Tools Manufacturer: Walter Tools Product type: Fräswendeschneidplatte ISO designation: BCHT120440R-K85 WK10 Facts Free angle: 7° Corner radius: 4 Plate size: 12 Plate thickness: 04 Tolerance class: H Special features Grade: WK10 (uncoated carbide) Chipbreaker: K85 Plate form: Parallelogramm 75° Series: Walter Schneidstoffsorte - Serie offen Execution: T Base designation: BCHT120440R-K85 Material: Katalogabhängig FAQ What materials is this insert suitable for? Suitability depends on the application matrix; the BCHT120440R-K85 WK10 is an uncoated carbide insert and its applicability should be checked against the workpiece material and cutting conditions. How does the K85 chipbreaker influence machining? The K85 chipbreaker promotes controlled chip formation and evacuation, supporting stable cutting and improved surface integrity during face milling operations. What does the parallelogram 75° geometry change in practice? A parallelogram 75° geometry alters the entry angle and engagement, improving accessibility for certain toolpaths and enabling consistent cutting forces across the arc of contact. Is the insert compatible with standard milling holders? The insert is manufactured to tolerance class H and is intended for holders designed for the BCHT geometry; confirm holder compatibility by matching the base designation and seat form. 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 referenced solely for explanation. There is no affiliation between our company and the mentioned brands. The offered item is original factory-new goods of the manufacturer.
BCHT120440R-K85 WXN15 WXN15 Wendeplatten - Walter Tools
Take advantage of the combination of sharp, uncoated carbide performance and a purpose‑built K85 chipbreaker for productive machining of non‑ferrous materials; the insert’s parallelogram 75° form and 7° clearance support stable seating and low rubbing. Order directly via Metav Werkzeuge or consult our team for application advice. BCHT120440R-K85 WXN15 – Fräswendeschneidplatte for non‑ferrous metals by Walter Tools BCHT120440R-K85 WXN15 is a milling indexable insert designed for precise, high‑efficiency machining of non‑ferrous materials in industrial milling operations Uncoated carbide grade WXN15 Optimised K85 chipbreaker geometry Parallelogram 75° shape for stable seating 7° clearance angle for reduced rubbing Consistent chip control and faster cycle times for non‑ferrous work The uncoated Walter N‑grade WXN15 is tailored for machining non‑ferrous metals such as aluminium and brass, combining a very sharp cutting edge with a low‑adhesion surface to reduce built‑up edge and minimise material sticking. The K85 chipbreaker channels chips reliably, which shortens tool change cycles and supports higher feed rates. In practice, this means fewer interruptions and improved part throughput on aluminium and copper workpieces, with predictable chip shapes that facilitate safe evacuation from the cutting zone. Geometry engineered for secure clamping and clean cutting The parallelogram 75° plate outline gives a compact seating that improves insert stability under milling loads while maintaining access for side cutting operations. A 7° clearance angle reduces flank contact, lowering friction and heat generation at the cutting edge; the result is a cleaner surface finish and less tendency for polishing of the edge on soft metals. The corner radius of 4 provides a balance between edge strength and surface quality, enabling light radius finishes without sacrificing robustness during interrupted cuts. Practical application guidance and process reliability This insert is supplied in the Walter N‑Sortensystem and is most effective where sharp, uncoated carbide geometry is required for clean chip detachment in NE‑materials. For slotting, face milling and trochoidal strategies on aluminium alloys, the combination of WXN15 and K85 reduces climb milling adhesions and allows for more aggressive feed per tooth settings. When specifying cutting data, start from manufacturer guidance and gradually increase feed while monitoring surface quality; the machinability gains often deliver shorter cycle times and more consistent tool life compared with generic grades. Contact Metav Werkzeuge for tailored recommendations on Walter Tools inserts and for assistance matching the BCHT120440R-K85 WXN15 to specific non‑ferrous applications — eMail: info@metav-werkzeuge.com, Phone: +49 2822 7131930 Technical data Article number: BCHT120440R-K85-WXN15-WALTER Designation: BCHT120440R-K85 WXN15 Product type: Fräswendeschneidplatte / milling indexable insert Series: Walter N‑Sortensystem Grade: WXN15 (uncoated carbide) Chipbreaker: K85 Shape: Parallelogram 75° Clearance angle: 7° Corner radius: 4 Plate size: 12 Plate thickness: 04 Tolerance class: H Execution: T Manufacturer: Walter Tools Numbers / Core technical data Plate size: 12 Plate thickness: 04 Clearance angle: 7° Corner radius: 4 Tolerance class: H Special features / Versions Uncoated carbide for sharp edge performance Optimised for NE‑materials (non‑ferrous metals) Walter N‑Sortensystem compatibility K85 chipbreaker for controlled chips Parallelogram 75° form for secure seating FAQ What materials is this insert intended for? The BCHT120440R‑K85 WXN15 by Walter Tools is intended for non‑ferrous metals (NE‑materials) such as aluminium, copper and brass, where a sharp, uncoated carbide edge and the K85 chipbreaker improve chip control and surface quality. Is the grade coated or uncoated and why does that matter? The insert uses the uncoated WXN15 carbide grade; this uncoated geometry reduces adhesion on soft, ductile metals and preserves the sharpness required for clean cutting in aluminium and similar alloys. Which machine strategies suit this insert best? The insert performs well in face milling, slotting and trochoidal milling of non‑ferrous workpieces; using moderated cutting speeds with elevated feed per tooth yields efficient material removal and consistent chip formation with the K85 chipbreaker. How does the parallelogram 75° shape affect mounting and cutting? The parallelogram 75° contour provides a compact, stable seating that resists rotation under load and allows access for side cutting operations, improving process reliability for milling tasks on non‑ferrous materials. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen, Germany; info@walter-tools.com 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 Walter Tools.
BCHT160508L-K85 WXN15 WXN15 Wendeplatten - Walter Tools
Benefit from a precise, sharp-edged grade and a dedicated chipbreaker that improve material flow and reduce downtime; the combination of the WXN15 uncoated carbide and the K85 chipbreaker delivers consistent chip control for non‑ferrous applications. Order these milling inserts directly via Metav Werkzeuge or consult their technical advisors for application-specific recommendations. BCHT160508L-K85 WXN15 milling indexable insert — Parallelogram 75° geometry, K85 chipbreaker | Walter Tools The BCHT160508L-K85 WXN15 is a milling indexable insert engineered for sharp, uncoated cutting in non‑ferrous metals, featuring a Parallelogram 75° form and a K85 chipbreaker for steady, predictable chip evacuation Sharp uncoated grade WXN15 for NE-metals K85 chipbreaker for controlled chip formation Parallelogram 75° geometry for stable cutting 0.8 mm corner radius, 7° clearance angle Improved productivity through targeted geometry and grade The combination of a precise Parallelogram 75° geometry and the WXN15 uncoated carbide grade prioritises cutting stability and edge sharpness when working with non‑ferrous metals. This design reduces tendency for material adhesion and helps maintain a repeatable cutting action, which in turn increases throughput and lowers the frequency of edge changes. The K85 chipbreaker is tuned to break and evacuate chips reliably, offering a clear efficiency advantage on aluminium, copper and brass components where consistent chip form prevents re-cutting and surface damage. Practical advantages for workshop operations Focusing on application-relevant benefits, the insert’s 0.8 mm corner radius and 7° clearance angle deliver a balance between edge strength and surface finish. The rounded corner reduces notch sensitivity while the clearance angle minimises rubbing during entry and exit, which extends effective tool life and preserves component quality. For shops seeking predictable, repeatable results, these features reduce secondary operations and help to streamline production cycles without extra handling. Clear technical characteristics explained The plate’s geometry and grade are chosen specifically for non‑ferrous machining: an uncoated, very sharp carbide supports low cutting forces and good thermal behaviour, while the K85 chipbreaker ensures chips are segmented for safe evacuation. The designation and form factor simplify tool selection for common milling holders and make inventory management straightforward. The insert’s tolerance class H and execution T indicate tight dimensional control and a robust manufacturing standard, which supports reliable clamping and repeatable positional accuracy. Reliable brand performance and application fit Supplied within the Walter N‑Sortensystem, this insert benefits from the manufacturer’s focus on process security and consistent tool life. The Walter Tools lineage indicates a product designed for industrial use, with attention to cutting‑edge geometry that supports high productivity and constant results in series production. For teams handling aluminium profiles, brass components or similar alloys, this insert offers a practical, application‑oriented solution that reduces rework and enhances surface quality. Contact Metav Werkzeuge for tailored cutting recommendations and to arrange supply of the BCHT160508L-K85 WXN15 insert; their advisors provide application support and availability information Technical data SKU: BCHT160508L-K85-WXN15-WALTER Product type: milling indexable insert Series: Walter N-Sortensystem Grade: WXN15 Geometry: Parallelogram 75° Chipbreaker: K85 Plate size: 16 Thickness code: 05 Execution: T Tolerance class: H Facts Clearance angle: 7° Corner radius: 0.8 mm Plate size: 16 mm Thickness code: 05 Special features Material grade: uncoated carbide (WXN15) Application: non‑ferrous metals (N) Optimised for sharp-edge performance Controlled chip formation with K85 Part of Walter N‑Sortensystem FAQ What materials is this insert suitable for? The BCHT160508L-K85 WXN15 insert is designed for non‑ferrous metals such as aluminium, copper and brass, reflecting the WXN15 grade’s emphasis on sharp, uncoated performance. How does the K85 chipbreaker affect machining? The K85 chipbreaker produces segmented chips for safer evacuation and reduced re-cutting, improving surface quality and process stability when using the insert from Walter Tools. Is this insert compatible with standard milling holders? The Parallelogram 75° shape and the specified dimensions make the insert compatible with holders designed for BCHT-style inserts; confirm holder compatibility with tool documentation. What benefit does the 0.8 mm corner radius provide? A 0.8 mm corner radius increases edge strength and reduces notch wear, delivering a more reliable edge life and better finish on profile and plate work. How is dimensional consistency ensured? The insert is manufactured to tolerance class H and execution T, indicating tight dimensional control and consistent clamping behaviour across batches. 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. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany
BCHT160508R-K85 WK10 T Wendeplatten - Walter Tools
Take advantage of the combination of controlled chip formation, precise seating geometry and catalogue‑driven material selection for reliable milling performance; order the insert directly via Metav Werkzeuge or consult the team for application matching. BCHT160508R-K85 WK10 milling indexable insert by Walter Tools — K85 chipbreaker, parallelogram 75° geometry BCHT160508R-K85 WK10 is an indexable milling insert designed for stable chip control and consistent engagement in medium‑duty milling operations Uncoated carbide grade WK10 Parallelogram 75° insert form K85 chipbreaker for controlled chips 7° clearance angle and 0.8 corner radius Stable chip control that improves process predictability The insert’s core asset is the K85 chipbreaker paired with the WK10 uncoated carbide grade. The chipbreaker is engineered to fracture and evacuate chips reliably, which stabilises the cutting process and reduces the risk of re‑cutting. In practical terms, this leads to fewer interruptions, more consistent surface quality and predictable tool behaviour during cyclic milling tasks. The material grade is specified as uncoated carbide; suitability for specific workpiece materials should be checked in the manufacturer’s product matrix to ensure the right match for the machining scenario. Geometry engineered for repeatable accuracy and engagement The Parallelogram 75° form with a 7° clearance angle and 0.8 corner radius gives a defined cutting entry and exit, helping to distribute cutting forces evenly. The geometry supports stable engagement when indexed in the holder, reducing vibration and contributing to repeatable dimensional results. The insert’s H tolerance class ensures consistent seating and interchangeability between tools, which simplifies regrinding cycles and reduces setup variability on production lines. Catalogue‑driven material choices for application flexibility Material specification is listed as catalogue‑dependent, so the exact sintered composition may vary within the series. This approach allows selection of the most appropriate grade for different tasks while keeping the same mechanical geometry. Consult the product matrix to confirm compatibility with the intended workpiece materials and machining parameters. Choosing the correct grade from the series reduces trial‑and‑error machining and supports a higher first‑pass success rate in manufacturing operations. Practical handling, mounting and operational benefits The insert is offered in size 16 with thickness code 05, suited to common medium‑duty milling holders. The robust design of the chipbreaker and the proven geometry offer a balance between economy and operational stability, helping to extend effective tool life when used within recommended parameters. Thanks to the neutral carbide finish, the insert is a suitable option where a versatile, general‑purpose cutting edge is preferred and where coating may not be required for the application. Contact Metav Werkzeuge for tailored selection and application advice on Walter Tools WK10 inserts — eMail: info@metav-werkzeuge.com or call +49 2822 7131930 to ensure the optimal insert choice for the machining task Technical data Article number: BCHT160508R-K85-WK10-WALTER Designation: BCHT160508R-K85 ISO designation: BCHT160508R-K85 WK10 Series: Walter Schneidstoffsorte - Serie offen Grade: WK10 Chipbreaker: K85 Shape: Parallelogram 75° Size: 16 Thickness: 05 Clearance angle: 7° Corner radius: 0.8 Tolerance class: H Execution: T Material: Katalogabhängig Numbers / Core data Size value: 16 Corner radius value: 0.8 Clearance angle value: 7° Thickness code: 05 Special features Uncoated carbide grade (WK10) K85 chip control geometry Parallelogram form for reliable cutting engagement Tolerance class H for consistent seating Series: Walter Schneidstoffsorte - Serie offen Manufacturer: Walter Tools FAQ What workpiece materials is this insert suitable for? The BCHT160508R-K85 WK10 insert uses the uncoated WK10 carbide grade; the exact material suitability must be checked in the Walter product matrix to match the right grade to the intended workpiece material. How does the K85 chipbreaker affect machining? The K85 chipbreaker promotes controlled chip formation and evacuation, improving process stability and reducing the likelihood of chip‑related interruptions during milling. What does the parallelogram 75° form mean for tool set‑up? Parallelogram 75° inserts provide a defined cutting edge orientation that helps distribute forces and limit vibration; correct seating in the matching holder and the H tolerance class ensure repeatable positioning. Is the insert coated? The grade is described as uncoated carbide (WK10); coating options or alternative grades are catalogue‑dependent and can be selected from the series where required. How should the corner radius be interpreted for surface finish? The 0.8 corner radius offers a compromise between strength and finish; it provides a stable cutting edge that can deliver consistent surface quality while maintaining robustness against edge chipping. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Protected trademarks and trade names are the property of their respective owners. Brand names and protected trade marks are mentioned for explanatory purposes only. There is no connection between our company and the mentioned brands. The offered article is original, factory‑new merchandise of the manufacturer. Walter Tools is used where appropriate as the brand name in the description.
BCHT160508R-K85 WXN15 Wendeplatten - Walter Tools
Take advantage of the sharp WXN15 uncoated carbide grade, precise 0.8 mm corner radius and controlled chip formation for efficient, low‑downtime milling of non‑ferrous metals; order the insert directly via Metav Werkzeuge or consult our specialists for application-specific advice. BCHT160508R-K85 WXN15 milling indexable insert by Walter Tools — uncoated carbide for non‑ferrous metals, parallelogram 75° geometry The BCHT160508R-K85 WXN15 is an indexable milling insert engineered for productive machining of non‑ferrous metals with a sharp cutting edge and optimised chip control Uncoated carbide WXN15 for NE‑metals Parallelogram 75° geometry for stability Corner radius 0.8 mm for dimensional control K85 chipbreaker for consistent chip formation Increased productivity when machining aluminium and similar alloys The uncoated WXN15 grade is formulated for high machining efficiency of non‑ferrous metals such as aluminium, copper and brass. Its very sharp cutting edge reduces built‑up edge formation, while the K85 chipbreaker produces consistent, manageable chips that clear reliably from the cut. As a result, cycle times fall and tool changes become less frequent, improving overall throughput and making the insert a cost‑effective choice for medium‑ to high‑volume production environments. Technical terms: an uncoated carbide insert offers minimal friction at the cut face, which is especially useful where coatings can promote adhesion on soft, sticky materials. Reliable accuracy and repeatable edge life for predictable processes The parallelogram 75° design and 0.8 mm corner radius ensure a reliable cutting geometry that supports repeatable component tolerances and a smooth surface finish. The insert’s 7° relief helps reduce rubbing and heat build‑up, thereby extending usable edge life. For shops seeking process stability, the H tolerance class indicates consistent dimensional conformity across batches, which simplifies fixture compensation and programme validation. An indexable design means a rapid, repeatable re‑index or replacement without regrinding, reducing machine downtime and enhancing process predictability. Application advantages and handling guidance for shop floor use This insert is tailored to sharp, uncoated applications for the ISO N material group; it is therefore particularly suited to finishing and semi‑finishing operations on softer metals. The insert thickness 0.5 mm profile and its geometry promote low cutting forces, benefiting smaller or less rigid setups. Operators less familiar with indexable tooling should note that correct seat and clamp torque, along with appropriate rake and lead angles, are decisive for achieving the promised chip control and surface quality. For specialised materials or unusual process requirements, tool consultancy can recommend feed and speed ranges that balance lifetime and component integrity. Contact Metav Werkzeuge today for personalised application advice or to request availability information and a quotation for the BCHT160508R-K85 WXN15 insert Technical Data SKU: BCHT160508R-K85-WXN15-WALTER Designation: BCHT160508R-K85 WXN15 Brand: Walter Tools Series: Walter N‑Sortensystem Execution: T Core specifications Shape: Parallelogram 75° Relief angle: 7° Corner radius: 0.8 mm Size: 16 mm Thickness: 0.5 mm Chipbreaker: K85 Tolerance class: H Materials & features Carbide grade: uncoated WXN15 Target material group: N (non‑ferrous metals) Intended use: sharp, uncoated cutting applications Application emphasis: clean chip formation and finishing/semi‑finishing FAQ What materials is this insert designed for? The BCHT160508R-K85 WXN15 insert is designed for the ISO N group — primarily non‑ferrous metals such as aluminium, copper and brass. Is the cutting grade coated or uncoated? The WXN15 grade is an uncoated carbide, chosen to reduce adhesion and build‑up when machining softer, sticky materials. How does the K85 chipbreaker affect machining? The K85 chipbreaker promotes consistent chip formation and evacuation, contributing to improved surface finish and reduced risk of chip recontact in pockets or slots. Can this insert be used for roughing and finishing? The geometry and sharp edge are optimised for finishing and semi‑finishing on non‑ferrous metals; for heavy roughing a different geometry or grade may be preferable. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen The Walter AG (brand presentation: Walter Tools) is one of the world’s leading manufacturers of precision tools for metalworking. Protected trademarks and brand names mentioned are the property of their respective owners. Product descriptions refer to original, brand‑new items from the manufacturer. The Walter AG brand is used solely for informational purposes and does not imply any affiliation with our company.
BCHT160512R-K85 WK10 T Wendeplatten - Walter Tools
Take advantage of precise chip control, robust edge geometry and a compact parallelogram form to maintain stable milling cycles; order the insert directly via Metav Werkzeuge or request application advice from their specialists. BCHT160512R-K85 WK10 milling indexable insert — K85 chipbreaker, parallelogram 75° by Walter Tools BCHT160512R-K85 WK10 is a milling indexable insert designed for secure clamping in positive-geometry toolholders and for controlled chip formation in a wide range of machining tasks Uncoated carbide grade WK10 K85 chipbreaker for chip control 7° relief angle for reduced rubbing 1.2 mm corner radius for improved edge strength Consistent chip control for stable production The combination of the K85 chipbreaker and the WK10 uncoated carbide grade is aimed at delivering consistent chip control in intermittent and continuous milling operations. A chipbreaker shapes and segments swarf to prevent tangling and tool clogging; this reduces tool downtime and stabilises cutting conditions. For process planners, the result is fewer interruptions and more predictable cycle times. Material suitability should be verified against the product matrix to ensure the grade matches the workpiece and cutting parameters. Geometry that improves engagement and edge life The parallelogram 75° form with a 7° relief angle and 1.2 mm corner radius provides a balance between accessibility and mechanical strength. The relief angle reduces flank contact and friction, which in turn lowers heat generation at the cutting edge, while the corner radius increases resistance to chipping under load. With a nominal insert size of 16 mm and a 0.5 mm thickness, the geometry supports positive cutting entry in confined or stepped features and promotes stable seating in compatible BCHT-style toolholders. Practical performance and integration in production Supplied in the Walter Tools open series, the grade is an uncoated carbide option intended for general-purpose milling where an economical and reproducible edge is required. The insert’s configuration supports straightforward indexability and replacement, reducing process complexity during tool changeovers. For engineering teams seeking to harmonise tool life and productivity, this insert is a pragmatic choice when used within its validated application matrix; specific component materials and feeds should be cross-checked with the manufacturer’s recommendations to achieve optimal performance. Discuss machining requirements with Metav Werkzeuge to confirm the BCHT160512R-K85 WK10 insert fits the intended application and to receive tailored cutting-parameter guidance from their specialists Technical Data SKU: BCHT160512R-K85-WK10-WALTER Article designation: BCHT160512R-K85 WK10 Product type: Milling indexable insert Manufacturer: Walter Tools Core data Insert size: 16 mm Corner radius: 1.2 mm Relief angle: 7° Thickness: 0.5 mm Special features Chipbreaker: K85 Grade: WK10 (uncoated carbide) Series: Walter Schneidstoffsorte - Serie offen Tolerance class: H Execution: T Plate form: Parallelogram 75° Shape code: BCHT FAQ What material types is this insert suited for? The BCHT160512R-K85 WK10 insert is supplied as an uncoated carbide grade; material suitability depends on the detailed product matrix, so selection should be based on the specific workpiece material and machining strategy. How does the K85 chipbreaker affect milling performance? The K85 chipbreaker shapes and segments chips to improve evacuation and reduce the risk of build-up, which helps to maintain stable cutting forces and prolong productive machining time. Can the insert geometry reduce vibration or chatter? The combination of the parallelogram 75° form and the 1.2 mm corner radius contributes to robust edge support and predictable engagement, which can help to dampen vibration in many milling applications when used with appropriate toolholder stiffness. Is this insert compatible with standard BCHT toolholders? The BCHT-style designation indicates compatibility with holders designed for that insert form; ensure the holder matches the insert’s dimensions and clamping method before assembly. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany Protected trademarks and trade names are the property of their respective owners. Brand names and registered trademarks are mentioned for explanatory purposes only. There is no connection between our company and the named brands. The offered item is an original, factory-new product of the manufacturer.
BCHT160512R-K85 WXN15 T Wendeplatten - Walter Tools
Combining the uncoated carbide grade WXN15 with the K85 chipbreaker and a parallelogram 75° geometry delivers reliable, productive machining of non‑ferrous metals; order the BCHT160512R-K85 WXN15 directly via Metav Werkzeuge or ask the consultants if needed. BCHT160512R-K85 WXN15 — Parallelogram 75° milling insert for non‑ferrous metals (Walter Tools) The BCHT160512R-K85 WXN15 is a parallelogram 75° milling insert engineered for sharp, uncoated cutting of non‑ferrous metals, offering controlled chip formation and consistent edge life. Uncoated carbide grade WXN15 K85 chipbreaker for clean chips Parallelogram 75° insert geometry 7° clearance with 1.2 mm corner radius Productive machining of non‑ferrous metals with consistent edge life The insert’s uncoated cemented carbide WXN15 is designed for sharp, low‑adhesion cutting performance on non‑ferrous metals such as aluminium, copper and brass. This material pairing reduces built‑up edge and helps maintain a stable cutting edge during continuous milling operations. The combination of a K85 chipbreaker and the sharp grade supports predictable chip formation, which lowers the risk of workpiece finish defects and shortens secondary cleaning time. For production environments focused on cycle time and surface quality, this configuration contributes to steady productivity without frequent edge changes. Geometry and angles that improve process reliability A parallelogram 75° geometry provides favourable approach angles for shoulder and face milling, while the 7° clearance ensures reduced rubbing behind the cutting edge. The 1.2 mm corner radius balances edge strength and surface finish, enabling reliable feed rates with lower vibration sensitivity. Together, these geometric features simplify process parameter selection and help achieve repeatable results when machining thin‑walled or delicate non‑ferrous components. Where toolpath control and surface integrity are priorities, the insert’s geometry offers an effective compromise between cutting aggressiveness and edge life. Practical handling and integration into production The insert is part of the Walter N‑grade system, enabling straightforward grade selection for non‑ferrous applications and easy inventory management. The insert’s standard designation makes it compatible with common milling bodies that accept BCHT‑style inserts, allowing an efficient retrofit into existing tool holders. For shops that require uncomplicated tooling logistics, the familiar ISO‑style designation and clear chipbreaker function simplify tooling lists and machine setup. The sharp, uncoated nature of the grade means coolant strategy and cutting parameters should be tuned to reduce adhesion and ensure chip evacuation; standard practice and manufacturer guidelines provide reliable starting points. Choose the Walter Tools BCHT160512R-K85 WXN15 when high‑quality, sharp cutting for non‑ferrous metals is required — contact Metav Werkzeuge for ordering and technical support at info@metav-werkzeuge.com or call +49 2822 7131930 Technical data SKU: BCHT160512R-K85-WXN15-WALTER Article: BCHT160512R-K85 WXN15 Type: Milling insert Manufacturer: Walter Tools Numerical data Clearance angle: 7° Corner radius: 1.2 mm Insert size: 16 Plate thickness: 05 Design & features Geometry: Parallelogram 75° Chipbreaker: K85 Grade: WXN15 (uncoated cemented carbide) Series: Walter N-Sortensystem Execution: T Tolerance class: H FAQ What materials is this insert intended for? The BCHT160512R-K85 WXN15 is intended for non‑ferrous metals (N), notably aluminium, copper and brass, using a sharp uncoated carbide grade to reduce material adhesion. Which chipbreaker is fitted and what benefit does it bring? The insert features the K85 chipbreaker, which supports consistent chip control for cleaner evacuation and improved surface quality when milling non‑ferrous workpieces. How does the parallelogram 75° geometry affect milling performance? The parallelogram 75° form provides advantageous approach angles for shoulder and face milling, improving tool engagement and enabling stable, repeatable cutting conditions. Is the WXN15 grade coated or uncoated and what does that mean in practice? WXN15 is an uncoated cemented carbide grade; its sharp cutting edge and low adhesion properties are particularly suited to non‑ferrous materials where coatings can promote built‑up edge. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Protected trademarks and trade names are the property of their respective owners. Brand names and trademarks are mentioned for explanatory purposes only; there is no connection between our company and the named brands. The offered item is original, factory‑new goods of Walter Tools.
BCHT160516R-K85 WK10 T Wendeplatten - Walter Tools
Benefit from a combination of stable chip control, a versatile 1.6 mm corner radius and the productivity of an uncoated WK10 carbide grade for consistent milling performance; order directly from Metav Werkzeuge or request application advice from our consultants for optimal integration into production. BCHT160516R-K85 WK10 — Indexable milling insert (Parallelogram 75°, K85 chipbreaker) — Walter Tools The BCHT160516R-K85 WK10 is an indexable milling insert engineered for efficient material removal in general milling operations, featuring a K85 chipbreaker and a 7° relief angle for reliable chip formation. Parallelogram 75° insert geometry K85 chipbreaker for stable chip control Uncoated WK10 carbide grade 1.6 mm corner radius for versatility Reliable chip control for predictable cycle times The K85 chipbreaker is designed to produce consistent chip forms under a wide range of cutting conditions, delivering a clear benefit in cycle-time stability and process security. Combined with the parallelogram 75° geometry, this insert keeps engagement angles stable, which reduces vibration and supports repeatable machining outcomes. These attributes translate directly into fewer interruptions and more predictable production runs, making the insert a rational choice where throughput and consistency matter. Precise cutting geometry for accurate edge life A 1.6 mm corner radius together with a 7° relief angle and a nominal 0.5 mm plate thickness provide a balance between strength and cutting precision. The moderate corner radius increases resistance to edge chipping while still allowing good surface finish in roughing and semi-finishing passes. The WK10 uncoated carbide base offers a straightforward, cost-effective option where coated grades are not required; material suitability should be verified via the product matrix to ensure the correct grade selection for the specific workpiece material. Flexible integration and straightforward selection The insert’s parallelogram form and standard BCHT160516R-K85 designation make it compatible with common milling cutters that accept this geometry, enabling quick changes and inventory simplicity. The product’s tolerance class H and execution T indicate consistent manufacturing accuracy and fit, reducing set-up time and enhancing reproducibility. For specialised applications or higher demands on wear resistance, matching the WK10 grade to the application matrix is recommended to safeguard tool life and part quality. Trust Walter Tools' WK10 grade for reproducible results — contact Metav Werkzeuge for tailored application advice and availability: info@metav-werkzeuge.com | +49 2822 7131930 Technical data Article number: BCHT160516R-K85-WK10-WALTER Label: Fräswendeschneidplatte BCHT160516R-K85 WK10 Walter Tools Product type: Fräswendeschneidplatte (indexable milling insert) Manufacturer: Walter Tools ISO designation: BCHT160516R-K85 WK10 Core measurements Corner radius: 1.6 mm Relief angle: 7° Plate size: 16 mm Plate thickness: 0.5 mm Tolerance class: H Special features Chipbreaker: K85 Carbide grade: WK10 (uncoated carbide) Series: Walter Schneidstoffsorte - Serie offen Execution: T Plate form: Parallelogram 75° Base designation: BCHT160516R-K85 FAQ What materials is this insert suitable for? Material suitability must be checked in the manufacturer’s product matrix; the BCHT160516R-K85 WK10 is an uncoated WK10 carbide grade and should be matched to the workpiece material via the product documentation. How does the K85 chipbreaker affect machining? The K85 chipbreaker is designed for stable chip formation, which improves cycle-time predictability and reduces the likelihood of built-up edge and inconsistent chip evacuation when using the Walter Tools insert. Can the insert be used for finishing passes? With a 1.6 mm corner radius and the parallelogram geometry, the insert performs well in roughing and semi-finishing; finishing capability depends on the specific cutter set-up and feed/speed parameters for the part. What does the tolerance class H indicate? Tolerance class H denotes the manufacturing accuracy and consistency of the insert dimensions, supporting reliable seat fit and repeatable positioning in compatible milling cutters. Which designation should be ordered for this insert? Order using the full ISO designation BCHT160516R-K85 WK10 or the SKU BCHT160516R-K85-WK10-WALTER to ensure the correct plate geometry, chipbreaker and carbide grade are supplied. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Protected trademarks and trade names are the property of their respective owners. Brand names and registered trademarks are mentioned solely for explanatory purposes. There is no affiliation between our company and the named brands. The offered article is original, factory-new merchandise of the manufacturer.
BCHT160516R-K85 WXN15 WXN15 Wendeplatten - Walter Tools
Take advantage of the combination of a sharp uncoated carbide grade (WXN15) and a K85 chipbreaker to achieve reliable, low-build-up-edge performance when machining non‑ferrous metals; order directly via Metav Werkzeuge or consult our advisers for application support. BCHT160516R-K85 WXN15 milling insert — uncoated grade for non‑ferrous metals, Walter Tools The BCHT160516R-K85 WXN15 is a parallelogram 75° milling insert designed for precise, high‑productivity machining of non‑ferrous metals such as aluminium, copper and brass in serial and single‑piece production. Walter N‑series uncoated WXN15 grade Parallelogram 75° shape for stable cutting 7° relief angle with 1.6 mm corner radius K85 chipbreaker optimised for non‑ferrous metals Higher throughput with a sharp uncoated grade The combination of the WXN15 uncoated carbide and a deliberately sharp cutting geometry reduces material adhesion and the risk of built‑up edge when machining non‑ferrous metals. The uncoated grade is selected for its low friction and clean shearing action, which leads to a more consistent surface finish and extended intervals between index changes. For workshops that prioritise process stability and repeatable results, this arrangement delivers measurable gains in cycle time and reduces rework. Geometry that stabilises the cut and the process A parallelogram 75° shape together with a 7° relief angle and a 1.6 mm corner radius ensures controlled engagement with the workpiece and even load distribution across the cutting edge. The geometry promotes steady chip formation and reduces vibration in interrupted cuts, which in turn helps to protect the toolholder and machine spindle. The visible benefit is consistent component quality and fewer rejects over long runs. Chip control engineered for non‑ferrous materials The K85 chipbreaker is tuned for the characteristics of N‑group materials (aluminium, copper, messings). It facilitates short, manageable chips and prevents long, stringy swarf that can foul the tool or workpiece. Better chip control reduces the likelihood of recutting and surface damage, while simplifying swarf management at the machine. This optimised chip flow supports faster feed rates and reliable cycle time performance. Ready for integration into production environments Belonging to the Walter N‑series, this insert suits applications where productivity and reproducible results matter. The insert’s identification and form factor allow straightforward replacement in compatible indexable milling systems; the clear ISO designation supports inventory control and traceability. Production planners will appreciate the predictable behaviour of an uncoated, sharp grade when specifying tooling for batches that require high surface quality on non‑ferrous metals. Contact Metav Werkzeuge today for tailored application advice and specify the Walter Tools BCHT160516R-K85 WXN15 insert for reliable machining of non‑ferrous metals Technical Data SKU: BCHT160516R-K85-WXN15-WALTER ISO designation: BCHT160516R-K85 WXN15 Series: Walter N‑Sortensystem Manufacturer: Walter Tools Facts Relief angle: 7° Corner radius: 1.6 mm Insert size: 16 mm Thickness code: 05 Shape: Parallelogram 75° Tolerance class: H Special features Grade: WXN15 (uncoated carbide) Chipbreaker: K85 Application: N — non‑ferrous metals (aluminium, copper, messings) Execution: T Base designation: BCHT160516R-K85 FAQ Which materials are recommended for this insert? The BCHT160516R-K85 WXN15 insert from Walter Tools is intended for N‑group materials — non‑ferrous metals such as aluminium, copper and messing — where sharp edges and low adhesion are essential. Is the WXN15 grade coated or uncoated? WXN15 is an uncoated carbide grade designed to provide low friction and a sharp cutting edge for non‑ferrous machining, as supplied with the Walter Tools BCHT160516R-K85 WXN15 insert. What benefit does the K85 chipbreaker provide? The K85 chipbreaker is optimised for non‑ferrous metals to produce short, controllable chips, improving swarf evacuation and reducing the risk of recutting or surface damage when using the Walter N‑series insert. How does the parallelogram 75° geometry affect performance? The parallelogram 75° geometry spreads cutting forces and supports stable engagement, which reduces vibration and improves consistency of finish in milling operations with this insert. How can the insert be identified when ordering? Order using the SKU BCHT160516R-K85-WXN15-WALTER or the ISO designation BCHT160516R-K85 WXN15 to ensure the correct Walter Tools insert and grade are supplied Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Protected trademarks and trade names are the property of their respective owners. Brand names are used for explanation only and do not indicate any affiliation between our company and the mentioned manufacturers. The offered item is an original, factory‑new product from the stated manufacturer.
BCHT160520R-K85 WK10 K85 Wendeplatten - Walter Tools
Take advantage of the combination of reliable edge life, predictable chip control and simple integration into existing milling tools for a steady production flow. Order the insert directly via Metav Werkzeuge or contact the consultants for application-specific advice. BCHT160520R-K85 WK10 — Milling indexable insert, parallelogram 75° with K85 chipbreaker (Walter Tools) BCHT160520R-K85 WK10 is a precision milling insert designed for interrupted and continuous milling tasks in general industrial applications; it suits cutters that accept parallelogram 75° inserts and prioritises stable cutting behaviour. Parallelogram 75° geometry for flexible feeds Uncoated carbide WK10 for general-purpose cutting 7° relief angle for controlled engagement Corner radius 2 mm for robust edge strength Chipbreaker K85 for improved chip control Consistent milling performance that reduces setup variability The BCHT160520R-K85 WK10 insert combines a proven geometry with a durable, uncoated carbide grade to deliver predictable cutting results in mixed-production environments. The parallelogram 75° form factor supports variable approach angles while maintaining axial and radial stability, which reduces vibration and helps preserve cutter life. With a 7° relief and a corner radius of 2 mm, the insert is configured for a balance between edge strength and surface finish; this balance makes it suitable for operations where tool life and repeatability matter. The design permits reliable feeds and cutting speeds when paired with appropriate cutter bodies, helping to streamline cycle planning and reduce unexpected downtime. Controlled chips and surface quality through optimised chipbreaking The integrated chipbreaker K85 improves chip formation and evacuation, enhancing process security on a wide range of workpieces. By promoting short, consistent chips, the insert supports safer chip flow and reduces the risk of re-cutting, which contributes to a more uniform surface quality. The WK10 cutting grade—an uncoated carbide—provides a robust cutting edge for many general milling tasks; however, the exact material suitability should be verified against the manufacturer's product matrix. Together, the geometry and chipbreaking features enable operators to select cutting parameters that favour stability and repeatable finishes rather than pushing extreme cutting rates. Easy integration and practical selection guidance for production use The insert’s standard designation and form factor make it straightforward to integrate into existing tool assemblies that accept parallelogram 75° indexable inserts. The BCHT160520R-K85 designation simplifies procurement and toolroom inventory management by matching cutter pockets to a common insert family. For material-specific recommendations, consult the grade description—WK10—and cross-reference the manufacturer's matrix to determine optimal feeds and speeds. If uncertain, technical consultation is recommended to align cutting data with batch size, machine capability and clamping arrangement; this measured approach reduces trial-and-error and accelerates time-to-process stability. Contact Metav Werkzeuge for tailored application advice and precise cutter matching: info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: BCHT160520R-K85-WK10-WALTER Label: Fräswendeschneidplatte BCHT160520R-K85 WK10 Walter Tools Facts Size: 16 Free angle: 7° Corner radius: 2 Thickness code: 05 Tolerance class: H Special features Grade: WK10 (uncoated carbide) Chipbreaker: K85 Shape: Parallelogram 75° Series: Walter Schneidstoffsorte - Serie offen Execution: T Designation: BCHT160520R-K85 FAQ What materials is this insert suitable for? The BCHT160520R-K85 WK10 insert from Walter Tools is an uncoated carbide grade; material suitability depends on the specific workpiece and should be checked against the manufacturer’s product matrix before application. Is the insert intended for roughing or finishing operations? The chipbreaker K85 and a 2 mm corner radius provide robustness and controlled chip behaviour suitable for mixed tasks; final use as roughing or finishing depends on cutting parameters and workpiece material when using this milling insert. Which cutter form does the insert require? The parallelogram 75° plate form indicates compatibility with milling cutters designed for 75° parallelogram inserts, ensuring correct seat and clamping when the cutter is specified for that geometry. How does the tolerance class H affect interchangeability? Tolerance class H denotes a defined manufacturing tolerance that supports repeatable positioning and interchangeability in standard tool holders for this insert type. How can the grade WK10 be interpreted for process planning? WK10 is an uncoated carbide grade intended for general-purpose applications; consult the Walter Tools grade matrix to match WK10 cutting data to the intended workpiece and machining strategy. 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 marks are mentioned for explanatory purposes only and do not imply any affiliation between our company and the named manufacturers. The offered item is an original, brand-new product supplied by the manufacturer.
BCHT160520R-K85 WXN15 WXN15 Wendeplatten - Walter Tools
Take advantage of the combination of a sharp, uncoated WXN15 grade and the K85 chipbreaker for reliable machining of non‑ferrous metals; the insert’s 75° parallelogram shape and 7° clearance support precise approach angles and consistent chip control. Order via Metav Werkzeuge or request advice from the sales team for application-specific recommendations. BCHT160520R-K85 WXN15 milling indexable insert — K85 chipbreaker, 7° clearance (Walter Tools) A BCHT160520R-K85 WXN15 milling indexable insert engineered for sharp, uncoated cutting of aluminium, brass and other non‑ferrous metals, offering controlled chip formation and repeatable performance Uncoated carbide grade WXN15 Optimised K85 chipbreaker geometry 7° clearance angle for smooth cuts Parallelogram 75° shape, 2 mm corner radius Consistent chip control and surface quality for non‑ferrous work The insert combines the WXN15 uncoated carbide with an optimised K85 chipbreaker, which together promote short, manageable chips and reduce the risk of material build‑up on the cutting edge. For machining aluminium and similar materials, a sharp, uncoated edge lowers friction and prevents welding of workpiece material to the tool, resulting in improved surface finish and fewer interruptions. The insert’s geometry is designed to be process‑reliable, so tool life becomes predictable and setup times can be reduced. Geometry that supports accuracy and tool life A parallelogram 75° shape with a 2 mm corner radius and a 7° clearance angle gives a favourable approach angle for stable cutting forces and even load distribution across the edge. The geometry, combined with the insert’s series specification (Walter N‑Series), makes it suited for high‑feed and finishing passes where dimensional accuracy matters. The modest corner radius offers a good compromise between strength and fine edge definition, which helps maintain consistent component tolerances over longer production runs. Practical advantages in the workshop and process planning Being part of the Walter N‑Series and specified for non‑ferrous metals, the insert is intended for applications that require low adhesion and reliable chip evacuation. The BCHT160520R-K85 WXN15 is supplied in a format that fits standard toolholders for parallelogram inserts, enabling quick indexation and minimal downtime during tool changes. Clear, measurable geometrical data simplifies programming and process documentation, supporting efficient integration into CNC milling cycles and predictable maintenance intervals. For application advice or to source Walter Tools inserts directly, contact Metav Werkzeuge for tailored recommendations and prompt logistics support via info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: BCHT160520R-K85-WXN15-WALTER Designation: BCHT160520R-K85 Manufacturer: Walter Tools Series: Walter N‑Series Grade: WXN15 Type: Milling indexable insert Facts Inscribed circle / size: 16 mm Clearance angle: 7° Corner radius: 2 mm Special features K85 chipbreaker Parallelogram 75° shape Uncoated hardmetal (uncoated carbide) Tolerance class H Execution: T Suitable for non‑ferrous metals (N) FAQ What materials is this insert designed for? The BCHT160520R-K85 WXN15 insert is specified for non‑ferrous metals such as aluminium and brass; the uncoated WXN15 grade and K85 chipbreaker reduce material adhesion during cutting. How does the K85 chipbreaker improve machining? The K85 geometry on the Walter Tools insert promotes short chips and controlled evacuation, which supports stable cutting conditions and a consistent surface finish when machining non‑ferrous materials. Can this insert be used for finishing passes? Yes, the parallelogram 75° shape with a 2 mm corner radius and 7° clearance provides the edge strength and approach angle suitable for finishing and semi‑finishing operations. Walter Tools: Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Geschützte Markenzeichen und Warenbezeichnungen liegen im Recht ihrer jeweiligen Eigentümer. Markennamen und geschützte Warenbezeichnungen werden ausschließlich zu Erklärungszwecken genannt. Es besteht keinerlei Verbindung zwischen unserem Unternehmen und den genannten Marken. Es handelt sich bei dem angebotenen Artikel um originale fabrikneue Waren des Herstellers.
BCHT160525R-K85 WK10 WK10 Wendeplatten - Walter Tools
Take advantage of the combination of a Parallelogram 75° geometry, a 7° clearance angle and a robust 2.5 mm corner radius to achieve steady machining and predictable tool life; order directly via Metav Werkzeuge or consult the team for application recommendations. BCHT160525R-K85 WK10 – Parallelogram 75° milling insert, 7° relief (Walter Tools) The BCHT160525R-K85 WK10 is an indexable milling insert engineered for general-purpose milling and interrupted cuts where secure clamping and consistent chip formation are required. Parallelogram 75° geometry for secure clamping 7° clearance for reliable cutting action 2.5 mm corner radius for robust edges Uncoated carbide grade WK10 for general use Consistent chip control for predictable productivity The parallelogram shape combined with the K85 chipbreaker promotes even chip formation and evacuation, which reduces the risk of built-up edge and fluctuation in cutting forces. By matching the insert geometry to the cutter body, the system delivers stable cutting behaviour and helps maintain surface finish consistency across batches. The uncoated WK10 grade is an uncoated carbide designed for broad applicability; suitability for specific materials should be confirmed against the manufacturer’s product matrix to ensure optimum performance. Geometry and angles that support secure engagement A 75° parallelogram outline with a 7° relief angle provides a compromise between axial engagement and radial support, making the insert suitable for a range of milling strategies, including light slotting and profile finishing. The 2.5 mm corner radius improves edge strength and extends the serviceable life under interrupted cuts, while the insert thickness and form support repeatable seating in standard toolholders. These geometric choices help to reduce vibration and improve dimensional stability during machining. Handling, mounting and grade benefits The insert’s form and tolerances facilitate straightforward positioning in compatible milling cutters, minimising indexing time and supporting predictable tool change procedures. The uncoated carbide composition of the cutting grade supports versatility in workshop environments; it offers dependable edge behaviour where coatings are not required or where higher-temperature coatings may be undesirable. Clear identification of the grade and series ensures consistent reordering and process documentation. Application guidance and performance expectations This indexable plate is aimed at industrial users who require a balance of robustness and versatility. Typical benefits include improved process stability during mixed operations and lower variability in component finish. For materials with specialised machining demands or for hardened components, consult the product matrix and process data to confirm that the WK10 grade and the insert geometry align with the intended feed and speed strategy. Contact Metav Werkzeuge for tailored advice on integrating Walter Tools inserts into production workflows and to confirm compatibility with specific cutter bodies and material ranges Technical Data Article number: BCHT160525R-K85-WK10-WALTER Product type: Milling insert Series: Walter Schneidstoffsorte - Serie offen Grade: WK10 Manufacturer: Walter Tools Facts Insert size: 16 Thickness: 05 Corner radius: 2.5 mm Clearance angle: 7° Plate form: Parallelogramm 75° Tolerance class: H Special features Chipbreaker: K85 Schneidstoffklasse: unbeschichtetes Hartmetall (uncoated carbide) Execution: T WPL designation: BCHT160525R-K85 ISO designation: BCHT160525R-K85 WK10 FAQ What cutting applications suit this milling insert? This insert is suited to general milling tasks where a Parallelogram 75° geometry and a 7° relief provide a balance of support and engagement; the BCHT160525R-K85 WK10 performs well in mixed operations and interrupted cuts when used within the recommended process parameters. Is the WK10 grade coated or uncoated? The WK10 grade for this insert is an uncoated carbide, intended for broad applicability; for specific material recommendations consult the grade matrix. What benefits does the 2.5 mm corner radius deliver? A 2.5 mm corner radius increases edge strength and improves resistance to chipping during interrupted cutting, contributing to longer edge life and more consistent surface quality. Which chipbreaker is fitted and what does it achieve? The K85 chipbreaker is designed to promote uniform chip formation and reliable evacuation, supporting stable cutting forces and reducing the risk of chip-related interruptions. How is suitability for specific materials determined? Material suitability should be verified against the manufacturer’s product matrix and process data; the BCHT160525R-K85 WK10 is versatile, but confirmation against the application matrix ensures optimal results. 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 connection between our company and the named brands. The offered item is an original, brand-new product from the manufacturer.
BCHT160525R-K85 WXN15 T Wendeplatten - Walter Tools
Benefit from the combination of a sharp uncoated carbide grade (WXN15) and the K85 chipbreaker to achieve efficient, low-adhesion milling of non‑ferrous metals; order this insert directly via Metav Werkzeuge or contact our consultants for application advice. BCHT160525R-K85 WXN15 milling indexable insert — sharp uncoated carbide for non‑ferrous metals | Walter Tools The BCHT160525R-K85 WXN15 is a parallelogram 75° milling insert engineered for productive machining of non‑ferrous materials, offering a low‑adhesion cutting geometry and reliable edge stability in serial production. Parallelogram 75° geometry for stable milling Sharp uncoated carbide grade WXN15 for NE‑metals K85 chipbreaker reduces material adhesion 2.5 mm corner radius for consistent edge strength Precise cutting performance for non‑ferrous materials and high surface quality The uncoated WXN15 carbide grade is designed specifically for non‑ferrous metals, such as aluminium, copper and brass, where a very sharp cutting edge and low friction are crucial. The combination of an acute cutting geometry and the K85 chipbreaker helps to prevent built‑up edge and to control chip formation, which in turn improves surface finish and reduces rework. For manufacturing contexts where repeatability and throughput matter, this insert yields stable results in medium to high feed milling operations without the need for coatings that can blunt the cutting edge on softer materials. Geometry and edge design that deliver stability and predictable tool life The parallelogram 75° shape and a 7° relief angle ensure a secure engagement with the workpiece while limiting radial loads during side milling or profile passes. The 2.5 mm corner radius balances edge durability and the ability to produce a clean contour; this radius reduces edge chipping under interrupted cuts yet still supports fine surface quality. The insert’s dimensional coding (size 16, thickness code 05) integrates with common toolholders in the Walter N‑system, enabling quick index changes and consistent clamping—important for minimising downtime and maintaining process control across shifts. Shop‑floor efficiency, process security and material compatibility As part of the Walter N‑series, this insert supports productive machining strategies for NE‑materials by combining a dedicated grade with an application‑oriented chipbreaker. The design lowers the risk of material adhesion on the rake face, which reduces manual cleaning frequency and contributes to higher effective machine utilisation. For production environments that prioritise predictable outcomes and simple insert handling, the insert’s clear geometry codes and stable cutting behaviour streamline tool management and help to uphold tolerances across batches. Contact Metav Werkzeuge today for specific application recommendations on Walter Tools inserts and to discuss availability of the BCHT160525R-K85 WXN15 for non‑ferrous milling Technical Data Article number: BCHT160525R-K85-WXN15-WALTER Type: milling indexable insert Series: Walter N‑series Grade: WXN15 Chipbreaker: K85 Designation: BCHT160525R-K85 WXN15 Core technical figures Relief angle: 7° Corner radius: 2.5 mm Insert size: 16 Thickness code: 05 Insert form: Parallelogram 75° Special features and materials Uncoated carbide (sharp edge) Suited for non‑ferrous metals (N) Tolerance class: H Execution: T FAQ What materials is this insert suitable for? The BCHT160525R-K85 WXN15 insert is intended for non‑ferrous metals (aluminium, copper, messing), reflecting the WXN15 uncoated carbide grade and the K85 chipbreaker geometry. How does the K85 chipbreaker affect machining of soft metals? The K85 chipbreaker promotes controlled chip formation and reduces material adhesion on the rake face, helping to maintain surface quality when machining soft, ductile materials with the WXN15 grade. Which insert geometry does this product use and what is the benefit? The parallelogram 75° geometry offers stable side engagement and predictable cutting forces, which supports repeatable milling results and easier toolholder integration. Is the insert compatible with Walter N‑system toolholders? Yes, the insert is part of the Walter N‑series, enabling straightforward indexation and replacement in holders designed for this series. What does the grade designation WXN15 indicate? WXN15 denotes an uncoated carbide grade optimised for sharp‑edge performance on non‑ferrous materials, prioritising low adhesion and fine surface finish. 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 explanation. There is no affiliation between Metav Werkzeuge and the named manufacturers. The offered item is an original, factory‑new product of the manufacturer.
BCHT160530R-K85 WK10 T Wendeplatten - Walter Tools
Benefit from the combination of WK10 uncoated carbide, the K85 chipbreaker and a 7° clearance angle for consistent milling performance; order directly via Metav Werkzeuge or consult our technical advisors for application matching. BCHT160530R-K85 WK10 Fräswendeschneidplatte – K85 chipbreaker, 7° clearance (Walter Tools) The BCHT160530R-K85 WK10 is a parallelogram 75° indexable milling insert engineered for productive, general-purpose milling applications with uncoated carbide performance. K85 chipbreaker for controlled chip formation Uncoated carbide grade WK10 for wide material range Parallelogram 75° form with 3 mm corner radius 7° clearance angle for reliable cutting engagement Productivity through controlled chip formation and stable cutting The combination of the K85 chipbreaker with an uncoated WK10 carbide substrate yields predictable chip formation and reduced risk of re-cutting. Stable chip control shortens non-productive time and simplifies swarf handling in batch processes. The insert geometry supports consistent cut evacuation, which in turn helps to maintain stable cutting forces and more uniform tool engagement—advantages that translate directly into higher productivity and fewer interruptions on the shop floor. Geometry optimised for engagement stability and surface quality The parallelogram 75° shape and 3 mm corner radius deliver a balance between robust cutting entry and favourable load distribution on the insert edge. A 7° clearance angle reduces rubbing at the flank face and helps preserve the cutting edge under interrupted cuts. These geometric decisions contribute to repeatable contact conditions, which improve process stability and help achieve consistent surface quality across serial production. Application guidance and material suitability The insert is supplied in the open Walter grade series and denoted by WK10, an uncoated carbide class; material suitability should be verified against the manufacturer's product matrix for specific workpiece materials. The designation indicates a versatile grade for general milling tasks. Operators are advised to consult the product matrix to confirm optimal cutting parameters and to select feeds and speeds that match both the insert grade and the workpiece material for predictable tool life. Handling, tolerance and process integration Manufactured to tolerance class H and carrying the series designation from Walter, this insert integrates into standard indexable toolholders that accept the corresponding geometries. The concise identification and consistent production quality support straightforward stock management and easy replacement in scheduled maintenance routines. Clear part marking and the standardised shape simplify ordering and reduce the risk of assembly errors in production environments. For enquiries on toolholder compatibility or to discuss whether this Walter Tools WK10 insert is suitable for a specific machining task, please contact Metav Werkzeuge for tailored advice and availability at info@metav-werkzeuge.com or by phone on +49 2822 7131930 Technical Data SKU: BCHT160530R-K85-WK10-WALTER Article label: Fräswendeschneidplatte BCHT160530R-K85 WK10 Walter Tools ISO designation: BCHT160530R-K85 WK10 Series: Walter Schneidstoffsorte - Serie offen Grade: WK10 Chipbreaker: K85 Execution: T Tolerance class: H Numbers / Core technical data Plate size: 16 Thickness designation: 05 Corner radius: 3 Clearance angle: 7° Plate form: Parallelogramm 75° Special features / Material and version notes Uncoated carbide (catalogue dependent) Series indication advises product-matrix check for material suitability Designed for controlled chip formation and stable cutting engagement Walter Schneidstoffsorte – open series specification FAQ What is the primary advantage of the K85 chipbreaker? The K85 chipbreaker on the BCHT160530R-K85 WK10 insert improves chip control and evacuation, reducing re-cutting and promoting more stable milling cycles. Is WK10 coated or uncoated and what does that mean for use? WK10 is specified as an uncoated carbide grade for the BCHT160530R-K85 WK10 insert; this generally suits a broad range of general-purpose milling tasks, but material matching should be confirmed via the product matrix. Which insert geometry supports interrupted cutting with this product? The parallelogram 75° form combined with a 7° clearance angle gives the insert a geometry that better handles interrupted cuts by reducing flank contact and distributing loads. How should suitability for a specific workpiece material be verified? Suitability should be checked against the manufacturer's product matrix for the WK10 series; Metav Werkzeuge can assist with specific recommendations and cutting-parameter guidance. Manufacturer/Responsible: AB Sandvik Coromant, Mossvägen 10, 811 34 Sandviken, Sweden, support.coromant@sandvik.com 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.
BCHT160530R-K85 WXN15 Wendeplatten - Walter Tools
Benefit from the combination of a sharp, uncoated WXN15 carbide grade, a K85 chipbreaker and a stable parallelogram geometry for efficient non‑ferrous milling; order the BCHT160530R-K85 WXN15 directly via Metav Werkzeuge or ask our consultants if needed. BCHT160530R-K85 WXN15 milling indexable insert — K85 chipbreaker, optimised for non‑ferrous metals, Walter Tools BCHT160530R-K85 WXN15 is a parallelogram 75° milling indexable insert designed for sharp, uncoated machining of non‑ferrous materials and allied finishing tasks. Uncoated WXN15 carbide grade for NE metals K85 chipbreaker for consistent chip control Parallelogram 75° insert form for stable engagement 7° clearance and 3 corner radius for smooth cutting High‑performance uncoated grade for non‑ferrous machining The insert is made in the WXN15 uncoated carbide grade, a specification intended for machining non‑ferrous metals such as aluminium, copper and brass. This sharp, uncoated carbide geometry reduces material adhesion and promotes low cutting forces, which in turn improves surface finish and reduces burr formation on delicate components. The K85 chipbreaker assists in producing short, controllable chips when machining softer alloys, lowering the risk of built‑up edge and helping to maintain repeatable results. For production environments where component cleanliness and dimensional consistency matter, this combination supports shorter cycle times and fewer secondary operations. Robust geometry for stable milling and predictable tool life The parallelogram 75° insert form offers a secure cutting angle that improves engagement stability in slotting and profile milling operations. With a 7° free angle and a corner radius of 3, the insert balances edge strength and cutting sharpness to deliver reliable performance across a range of operations. The standard size 16 and thickness 05 ensure compatibility with common Walter clamping systems and stable seating in the pocket, reducing chatter and improving dimensional control. These geometric traits translate into practical benefits: higher feed rates, consistent flank wear, and predictable index changes, all of which support efficient shopfloor throughput. Application notes, system compatibility and practical benefit Built for the Walter N‑series system and marked as suitable for ISO group N, the insert excels where low cutting forces and clean chips are required. The uncoated nature of the grade is specifically chosen for sharp‑edge performance on non‑ferrous metals, avoiding coating interference that can promote smearing on soft alloys. In practice, this means fewer interruptions for tool cleaning, longer intervals between regrinds or changes, and superior surface quality on machined parts. For technical clarification on optimal cutting data or to confirm fitments for a specific cutter body, the supplier can provide detailed recommendations and support. Contact Metav Werkzeuge to request exact cutting parameters for the Walter Tools BCHT160530R-K85 WXN15 or to secure original inserts for immediate production use Technical data SKU: BCHT160530R-K85-WXN15-WALTER Designation: BCHT160530R-K85 WXN15 Product type: Fräswendeschneidplatte (milling indexable insert) Manufacturer: Walter Tools Core specifications Free angle: 7° Corner radius: 3 Insert size: 16 Thickness: 05 Tolerance class: H Form: Parallelogram 75° Chipbreaker: K85 Versions and features Series: Walter N‑Sortensystem Grade: WXN15 (uncoated carbide) Execution: T Suitable for: Non‑ferrous metals (ISO group N) Application note: sharp/uncoated application, optimised for clean chip formation FAQ What materials is this insert designed for? The BCHT160530R-K85 WXN15 is designed primarily for non‑ferrous metals in accordance with ISO group N, including aluminium, copper and brass, where sharp edges and clean chips are required. Is the WXN15 grade coated or uncoated? WXN15 is an uncoated carbide grade intended for sharp‑edge performance on softer alloys; the absence of a coating helps to avoid material adhesion during machining. What is the purpose of the K85 chipbreaker? The K85 chipbreaker controls chip formation to produce short, manageable chips when working with non‑ferrous materials, enhancing process reliability and reducing machine downtime. Can this insert be used for roughing as well as finishing? The geometry and grade are optimised for finishing and semi‑finishing of non‑ferrous alloys; where heavier engagement is required, selection of a more robust corner radius or different grade should be considered. 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 solely for explanation; there is no connection between our company and the named brands. The offered item is original and brand‑new from the manufacturer.
BCHT160540R-K85 WK10 K85 Wendeplatten - Walter Tools
Take advantage of the combination of WK10 uncoated carbide, K85 chipbreaker and precise 75° parallelogram geometry for controlled chip formation and reliable edge life; order the insert directly via Metav Werkzeuge or consult our specialists for application-specific recommendations. BCHT160540R-K85 WK10 milling indexable insert — K85 chipbreaker, 7° clearance (Walter Tools) The BCHT160540R-K85 WK10 is a milling indexable insert designed for productive roughing and general-purpose milling, featuring a K85 chipbreaker and an open-series WK10 uncoated carbide for broad material coverage Open-series WK10 uncoated carbide K85 chipbreaker for controlled chips Parallelogram 75° insert form 7° clearance for stable cutting Consistent chip control that improves throughput The K85 chipbreaker and the parallelogram geometry provide reliable chip formation, reducing interruptions and tool-change frequency. By channel‑forming chips predictably, this insert minimises re-cutting and downtime and supports higher feed rates where the process permits. The balanced geometry contributes to stable cutting forces, which helps maintain machine efficiency and increases component throughput without sacrificing surface quality. Grade and substrate explained for correct selection The insert is produced in the WK10 grade, an uncoated carbide designed as an open-series solution; WK10 is best interpreted as a general-purpose grade within Walter’s range. Because the grade is uncoated, it is particularly useful where thermal and mechanical conditions favour a bare‑substrate behaviour; suitability for specific workpiece alloys should be checked against the product matrix. Inspecting the grade against the workpiece material ensures the right compromise between wear resistance and fracture toughness. Geometry benefits: precision seating and reliable edge life The parallelogram 75° shape and 4 corner radius combine to give stable engagement and predictable edge loading. The specified 7° clearance reduces rubbing at the flank and improves effective cutting geometry, while the defined tolerance class H supports repeatable seating in appropriately matched toolholders. These geometric features translate into fewer micro‑vibrations and a consistent finish, which is especially advantageous when batch uniformity is required. Practical handling and integration into the tool system The insert’s designation and form allow straightforward integration into standard ISO‑compatible toolholders accepting the BCHT series format. The nominal size indicator 16 and thickness code 05 correspond to common holder families; matching the correct clamping and seat geometry avoids misalignment and secures consistent performance. For machines aiming at steady cycle times, pairing this insert with holders specified for parallelogram inserts ensures repeatable positioning and service life. Contact Metav Werkzeuge for tailored application advice on the Walter Tools BCHT160540R-K85 WK10 and for assistance with holder compatibility and delivery options Technical Data SKU: BCHT160540R-K85-WK10-WALTER Product type: milling indexable insert Designation: BCHT160540R-K85 WK10 Brand: Walter Tools Facts Insert size: 16 Thickness code: 05 Free angle: 7° Corner radius: 4 Plate form: Parallelogram 75° Tolerance class: H Special features Grade: WK10 (uncoated carbide) Chipbreaker: K85 Series: Walter Schneidstoffsorte - Serie offen Execution: T Material designation: Katalogabhängig FAQ Which materials is this insert suitable for? The BCHT160540R-K85 WK10 insert in WK10 uncoated carbide is intended as a general-purpose solution; suitability for specific steels or alloys should be verified against the manufacturer’s product matrix before selection. What is the purpose of the K85 chipbreaker? The K85 chipbreaker is designed to control chip shape and evacuation during milling, helping to reduce re-cutting and increase process stability when using the BCHT160540R-K85 WK10 insert. How does the parallelogram 75° form affect machining? The parallelogram 75° geometry provides stable engagement and predictable cutting forces, which improves repeatability and surface finish when the insert is mounted in compatible holders. Is this insert coated or uncoated? This insert uses the WK10 uncoated carbide grade; the open-series composition is intended to allow broad material coverage but requires checking the product matrix for optimal material‑grade matching. What does the tolerance class H indicate? Tolerance class H denotes the insert’s dimensional tolerance level for consistent seating and repeatable positioning in appropriate toolholders, supporting accurate machining and predictable edge life. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany Protected trademarks and trade names are the property of their respective owners. Brand names and registered trademarks are used solely for descriptive and explanatory purposes. There is no affiliation between Metav Werkzeuge and the trademark owners. The offered item is an original, factory‑new product of the named manufacturer.
BCHT160540R-K85 WXN15 Wendeplatten - Walter Tools
Take advantage of the combination of sharp, uncoated carbide performance and a specialised K85 chipbreaker for dependable machining of non‑ferrous metals; order the insert directly via Metav Werkzeuge or ask the consultants for application advice. BCHT160540R-K85 WXN15 indexable milling insert, K85 chipbreaker, for non‑ferrous metals — Walter Tools The BCHT160540R-K85 WXN15 is an indexable milling insert designed for sharp, uncoated cutting of non‑ferrous metals such as aluminium, copper and brass WXN15 uncoated carbide for NE metals K85 chipbreaker for sharp‑edge cutting Parallelogram 75° geometry 7° clearance angle, nominal 16 mm size Consistent, sharp performance for non‑ferrous machining The insert’s core grade, WXN15, is an uncoated carbide developed for machining non‑ferrous metals where a sharp cutting edge and low adhesion are essential. This characteristic reduces the tendency for material buildup and supports reliable chip flow when working aluminium alloys, copper or messing (brass). The result is improved surface quality and predictable tool life in high‑productivity settings, making the insert suitable for serial production and short‑cycle operations. Geometry and chip control that boost productivity Aimed at efficient milling, the insert combines a parallelogram 75° shape with a dedicated K85 chipbreaker to manage cut formation and evacuation. The included 7° clearance promotes a clean shear and reduces rubbing at the flank, while the corner radius 4 provides a defined edge for stable performance. Together, these elements lower the risk of built‑up edge and enable consistent mating with suitable cutter bodies for repeatable results and reduced rework. Practical advantages on the shop floor Using a sharp, uncoated grade avoids the risk of coating delamination when cutting soft, gummy materials; this supports steady cutting conditions and easier regrinding or indexing. The insert’s characteristics translate into shorter machine downtimes and clearer maintenance planning: predictable indexing cycles, consistent surface finishes and reliable chip extraction. For production planners, the combination of grade and chipbreaker offers a balance of performance and process security in aluminium and other NE applications. Integration, handling and application scope The insert is coded and sized for common indexable milling holders and is identified by its nominal 16 dimension and plate thickness code 05. It fits into cutter systems designed for parallelogram‑style inserts and is supplied to match Walter Tools’ N‑series strategy. Recommended use is for sharp, uncoated cutting of aluminium, copper and brass where clean chips and good surface quality are priorities; correct clamping and seat cleanliness remain essential to achieve the specified performance. For project planning or to confirm compatibility with specific cutter bodies, contact Metav Werkzeuge for Walter Tools insert selection and practical machining recommendations. Technical Data SKU: BCHT160540R-K85-WXN15-WALTER Designation: BCHT160540R-K85 Full ISO designation: BCHT160540R-K85 WXN15 Product type: Indexable milling insert Grade: WXN15 Chipbreaker: K85 Series: Walter N‑Sortensystem Execution: T Manufacturer: Walter Tools Core specifications Size: 16 Plate thickness code: 05 Corner radius: 4 Clearance angle: 7° Plate form: Parallelogram 75° Tolerance class: H Material code: N Materials & features Uncoated carbide grade suitable for non‑ferrous metals Intended application: machining of aluminium, copper, brass Sharp edge geometry for reduced material adhesion Designed for controlled chip formation and evacuation Serial production and high‑process environments FAQ Which materials is this insert best suited for? The insert is intended for non‑ferrous metals; the WXN15 grade is optimised for aluminium, copper and brass machining. Is the insert coated or uncoated? This indexable insert uses an uncoated carbide grade (WXN15) designed for sharp applications in NE materials. What does the K85 chipbreaker provide? The K85 chipbreaker improves chip control and reduces built‑up edge during milling of soft and ductile alloys. How does the parallelogram 75° geometry affect cutting? The parallelogram 75° form offers a stable clamping interface and influences cutting direction and engagement, aiding predictable chip flow. Can this insert be used in high‑speed machining? The insert is specified for sharp, uncoated applications in non‑ferrous materials; suitability for high‑speed conditions depends on the cutter body and machining parameters. Trademarked names and product designations are the property of their respective owners. Brand names and protected trademarks are mentioned solely for explanatory purposes. There is no affiliation between our company and the named brands. The offered item is an original, factory‑new product of the manufacturer. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen
BCMT090302R-G55 WKP35G Wendeplatten - Walter Tools
The combination of Tiger·tec Gold coating and the WKP35G grade ensures prolonged tool life and stable chip formation when machining steel and cast iron; the G55 chipbreaker plus a 75° parallelogram form deliver controlled chips and consistent surface finish. Order directly via Metav Werkzeuge or consult its technical team for process optimisation. BCMT090302R-G55 WKP35G — Parallelogram 75° milling insert by Walter Tools BCMT090302R-G55 WKP35G is a parallelogram-indexable milling insert designed for productive machining of steel and cast iron in industrial milling applications Tiger·tec Gold coating for long tool life Optimised G55 chipbreaker for steel and cast iron Parallelogram 75° form with 0.2 mm corner radius 7° positive relief for smoother cutting Maximise cutting performance with a wear‑resistant grade The combination of the WKP35G grade and the Tiger·tec Gold coating provides a wear‑resistant, coated carbide solution tailored to the heat and chip characteristics of steels (P) and cast irons (K). The coated microstructure improves flank and crater wear behaviour, which leads to longer interval lengths between tool changes and reduced downtime. For production environments that prioritise repeatability and predictable tool life, this grade offers a balance between cost efficiency and stable performance. Stable chip control and reliable surface quality Equipped with the G55 chipbreaker, the insert is engineered to produce short, controlled chips for interrupted and continuous milling operations in castings and steels. The parallelogram 75° form in conjunction with the 0.2 mm corner radius supports a robust cutting edge that maintains dimensional accuracy while generating a consistent surface finish. By stabilising chip flow, the insert reduces the risk of chatter and workpiece damage, contributing to higher throughput and fewer rejects. Geometry designed for process security and adaptability The positive 7° relief angle and the plate geometry suit a wide range of milling strategies, from finishing to medium‑depth shoulder cuts. The designation and tolerance class indicate manufacturing precision and interchangeability in indexable‑insert tool holders. Such geometry allows for smooth entry and exit at varying engagement angles, improving tool life under fluctuating cutting conditions and enabling predictable tool behaviour across different machines and set‑ups. Practical application notes for workshop integration This indexable insert is intended for industrial metalcutting where machining of steel and cast iron is required. Its coating technology and chipbreaker design support higher cutting speeds and sustained performance in series production. When specifying cutting data, aligning feed and cutting speed with the grade’s capabilities will yield optimal results—process engineers may expect a favourable trade‑off between productivity and surface quality when the insert is paired with appropriate toolholders and coolant strategies. Contact Metav Werkzeuge today for tailored cutting data and process recommendations for Walter Tools inserts — Metav Werkzeuge provides application support and supply from stock Technical data Article number: BCMT090302R-G55-WKP35G-WALTER Designation: BCMT090302R-G55 WKP35G Manufacturer: Walter Tools Facts Free relief angle: 7° Corner radius: 0.2 mm Plate form: Parallelogram 75° Plate size: 09 Plate thickness: 03 Chipbreaker: G55 Tolerance class: M Special features Series: Tiger·tec Gold Grade: WKP35G Material applicability: steel (P) and cast iron (K) Coating: Tiger·tec Gold coated carbide Execution: T FAQ What materials is this insert intended for? The BCMT090302R-G55 WKP35G insert is specified for machining steel (P) and cast iron (K) and is optimised for the typical heat and chip formation of these groups. How does the Tiger·tec Gold coating benefit production? The Tiger·tec Gold coating on the WKP35G grade increases wear resistance and thermal stability, which helps to extend tool life and maintain consistent machining quality across production batches. Which chip behaviour can be expected with the G55 chipbreaker? The G55 chipbreaker is designed to generate short, well controlled chips in both steels and cast irons, improving process safety and reducing the likelihood of entanglement or workpiece damage. Is the insert suitable for finishing and medium‑depth milling? Yes. The combination of a 0.2 mm corner radius and a 7° relief angle supports finishing passes and medium engagements while maintaining surface quality and edge stability. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen, Germany The Walter AG brand (market appearance: Walter Tools) and other mentioned marks are the property of their respective owners. Brand names and protected trademarks are used for explanation only. There is no affiliation between our company and the named manufacturers. The offered article is an original, factory‑new product of the manufacturer.
BCMT090302R-G55 WPP35G WPP35G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold wear resistance, the WPP35G coated-carbide grade and the efficient G55 chipbreaker for stable, economical steel machining — order the insert directly via Metav Werkzeuge or consult the technical advisors if required. BCMT090302R-G55 WPP35G milling insert for steel — Walter Tools BCMT090302R-G55 WPP35G is a Tiger·tec Gold-coated milling insert designed for reliable general-purpose and demanding steel machining applications Tiger·tec Gold coating for extended life Optimised G55 chipbreaker for steel Parallelogram 75° geometry for stable cuts Suitable for steel (ISO P) machining Longer tool life and consistent productivity for steel components The Tiger·tec Gold technology combined with the WPP35G grade delivers coated carbide performance aimed at reducing flank wear and extending tool life in steel applications. The coating system improves thermal resistance and abrasion control, which translates into fewer index changes and longer productive runs. With the G55 chipbreaker engineered for typical steel chip forms, the insert supports stable chip evacuation and predictable cutting forces, helping to maintain cycle times and reduce unexpected downtime. Geometry and edge design that improve surface quality The parallelogram 75° plate shape and 7° relief deliver a robust cutting geometry that reduces vibration and supports consistent engagement with the workpiece. A 0.2 mm corner radius provides a balance between edge strength and surface finish, making this insert suitable for finishing and semi-finishing passes where dimensional consistency matters. The tolerance class M ensures repeatability in pocketing and indexable tool systems, helping to achieve reliable part-to-part quality in batch production. Practical benefits and application scope in workshop workflows Specified for ISO group P (steel), this insert is appropriate for unalloyed and alloyed steels and is positioned for a mix of wear resistance and toughness. As a milling insert, it allows fast index changes and predictable tool life, supporting efficient toolroom logistics and reduced handling times. The combination of grade, chipbreaker and geometry offers a practical solution for shops seeking productivity gains and stable process windows without complex parameter changes. For application-specific recommendations or machining windows, Metav Werkzeuge provides technical guidance based on the intended material and operation. Contact Metav Werkzeuge for tailored recommendations on implementing the Tiger·tec Gold WPP35G inserts in production setups Technical Data Article number: BCMT090302R-G55-WPP35G-WALTER Name: Fräswendeschneidplatte BCMT090302R-G55 WPP35G Walter Tools ISO designation: BCMT090302R-G55 WPP35G Manufacturer: Walter Tools Key figures Relief angle: 7° Corner radius: 0.2 mm Plate size: 09 Plate thickness: 03 Tolerance class: M Features Series: Tiger·tec Gold Grade: WPP35G Chipbreaker: G55 Geometry: Parallelogram 75° Material application: Steel (ISO P) Substrate: coated carbide FAQ What materials is this insert intended for? The BCMT090302R-G55 WPP35G insert is specified for ISO group P and is intended primarily for machining steels, including unalloyed and alloyed steels. How does the G55 chipbreaker affect machining performance? The G55 chipbreaker promotes controlled chip formation in steel cutting, improving chip evacuation and stabilising cutting forces with the BCMT090302R-G55 WPP35G insert. Which series and coating does this grade use? This insert belongs to the Tiger·tec Gold series and the WPP35G grade is a coated-carbide design optimised for wear resistance and thermal stability. Is the BCMT090302R-G55 suitable for finishing passes? With a 0.2 mm corner radius and the parallelogram 75° geometry, the insert provides a good balance between edge strength and surface finish for finishing and semi-finishing operations. What tolerance class and geometric data ensure repeatability? The insert is manufactured to tolerance class M, with a 7° relief and defined plate dimensions (size 09, thickness 03), which supports repeatable positioning in indexable toolholders. Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Protected trademarks and trade names are the property of their respective owners. Brand names and protected trademarks are mentioned solely for explanation. There is no connection between our company and the named brands. The item offered is original, brand-new goods from the manufacturer.
BCMT090302R-G55 WSP45G WSP45G Wendeplatten - Walter Tools
Take advantage of the combination of high wear resistance, versatile material compatibility and predictable chip control for reliable milling performance; order the insert directly via Metav Werkzeuge or contact our technical advisors for application support. BCMT090302R-G55 WSP45G Fräswendeschneidplatte – Walter Tools, Tiger·tec Gold The BCMT090302R-G55 WSP45G is an indexable milling insert designed for productive finishing and semi-finishing of steels, stainless steels and heat-resistant superalloys. Tiger·tec Gold PVD coating Versatile for steel, stainless steel, superalloys 7° relief angle for stable cutting 0.2 mm corner radius for fine edges High-performance cutting for demanding materials The BCMT090302R-G55 WSP45G grade, built on Walter Tools' Tiger·tec Gold platform, delivers a balance of toughness and wear resistance that benefits repeated milling operations. The PVD-coated carbide substrate supports high temperatures and resists abrasive wear, which helps to maintain the cutting edge during extended runs. For workshop managers aiming to raise throughput, this combination reduces tool change frequency and supports stable process windows when machining steels (P), stainless steels (M) and heat-resistant alloys (S). Geometry that improves surface quality and process stability The insert’s parallelogram 75° relief and 7° relief angle contribute to a predictable chip flow and cutting force direction, which translates directly into improved part finish and dimensional consistency. The 0.2 mm corner radius helps to avoid premature edge chipping while enabling fine contour work; when combined with the G55 chipbreaker, the result is controlled chip formation across a range of feeds and depths of cut. These geometry choices reduce vibration and promote repeatable results on CNC milling centres. Durability that lowers unit cost and downtime Thanks to the coated carbide grade and the Tiger·tec Gold coating, the insert offers extended edge life under cyclic thermal loads and mixed-material batches. The robust coating chemistry improves resistance to built-up edge and flank wear, while the substrate toughness supports impact resistance during interrupted cuts. The predictable wear behaviour supports preventive maintenance intervals and contributes to lower overall tooling cost per part when compared with uncoated or less advanced grades. Practical fitment and machining guidance Designed as a standard BCMT-style insert in size 09 with thickness 03, the component fits many common milling cutters and adapters, making it straightforward to integrate into existing tool inventories. For best results, select cutting data aligned with medium to high speeds for steels, reduced cutting speed for stainless and heat-resistant alloys, and monitor chip evacuation to match the G55 chip geometry. The insert’s tolerance class M and execution T ensure consistent seating and repeatable orientation in the pocket. Contact Metav Werkzeuge for tailored application advice on Walter Tools Tiger·tec Gold inserts and secure the optimal insert selection for efficient, high-quality milling operations Technical data Article number: BCMT090302R-G55-WSP45G-WALTER Designation: BCMT090302R-G55 WSP45G Manufacturer: Walter Tools Product type: Fräswendeschneidplatte Grade: WSP45G Series: Tiger·tec Gold Core specifications Relief angle: 7° Corner radius: 0.2 mm Plate form: Parallelogram 75° Plate size: 09 Plate thickness: 03 Tolerance class: M Execution: T Features & applications Coating: Tiger·tec Gold (PVD) Substrate / material: coated carbide Chipbreaker: G55 Material groups: P / M / S (steel, stainless steel, superalloys) Typical uses: finishing and semi-finishing milling FAQ What materials is this insert suitable for? The BCMT090302R-G55 WSP45G insert from Walter Tools is developed for machining steels (P), stainless steels (M) and heat-resistant alloys/titanium (S), offering balanced wear resistance and edge stability across these groups. How does the Tiger·tec Gold coating improve performance? Tiger·tec Gold PVD coating on the BCMT090302R-G55 provides enhanced thermal and abrasive wear resistance, which helps to preserve cutting edges and extend lifetime during demanding milling cycles. Which chipbreaker is fitted and what is its effect? This insert features the G55 chipbreaker, which promotes controlled chip formation and evacuation, improving surface finish and reducing the risk of recutting in typical milling conditions. What is the significance of the 0.2 mm corner radius? A 0.2 mm corner radius balances sharpness and edge strength, allowing finer surface detail while lowering the chance of edge chipping during light to moderate engagement cuts with the BCMT090302R-G55. Is the BCMT090302R-G55 compatible with standard BCMT toolholders? Yes, the insert conforms to the BCMT geometry and size 09 thickness 03, making it compatible with standard toolholders designed for that insert style and size. 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.
BCMT090304L-G55 WKP35G Wendeplatten - Walter Tools
Benefit from the combination of Tiger‑tec Gold coating and the WKP35G grade for reliable wear resistance and predictable chip formation; the 0.4 mm corner radius and G55 chipbreaker ensure stable milling in demanding production. Order the BCMT090304L-G55 WKP35G inserts through Metav Werkzeuge or request application advice from our consultants. BCMT090304L-G55 WKP35G milling indexable insert, Tiger‑tec Gold – for Stahl and Gusseisen | Walter Tools The BCMT090304L-G55 WKP35G is a Tiger‑tec Gold-coated milling insert optimised for productive machining of Stahl and Gusseisen, combining a robust chipbreaker with a precise parallelogram geometry Tiger‑tec Gold coating for extended tool life WKP35G grade for Stahl and Gusseisen machining Parallelogram 75° form for robust milling performance 0.4 mm corner radius for consistent chip control Improved process stability through advanced coating and grade The combination of Tiger‑tec Gold and the WKP35G grade delivers a coated carbide solution tailored to the thermal and abrasive demands of ISO P / K work. The multilayer coating improves resistance to flank and crater wear while the substrate supports consistent edge integrity during interrupted cuts. This results in fewer insert changes and more predictable production cycles, making the system particularly suited to series milling where repeatable performance matters. The specification targets higher tool life and stable cutting forces for demanding operations. Predictable chip control and surface quality from geometry A dedicated G55 chipbreaker and the Parallelogram 75° form work together to shape chip flow and absorb cutting loads. The modest 0.4 mm corner radius allows a balance between edge strength and surface finish; it reduces risk of edge chipping while maintaining a fine machined face. The 7° relief angle helps to lower friction at the cutting edge, supporting heat dissipation and reducing built-up edge. Together these geometric choices provide consistent chip separation and improved component finish during milling of Stahl and Gusseisen. Productivity gains through tolerance and robustness Built to tolerance class M, the insert supports repeatable seating and dimensional control in indexable tooling systems. The BCMT format and plate thickness provide rigidity for shoulder and slot milling applications where stability and tool life are priorities. By reducing down-time for insert changes and offering a wide material coverage thanks to the WKP35G grade, the solution helps to increase machine utilisation and contributes to predictable manufacturing costs per part. Documentation and series data support process planning and quality assurance. Contact Metav Werkzeuge for tailored application recommendations and to secure Walter Tools BCMT090304L-G55 WKP35G inserts for improved milling productivity; email info@metav-werkzeuge.com or call +49 2822 7131930 Technical data Article number: BCMT090304L-G55-WKP35G-WALTER SKU: BCMT090304L-G55-WKP35G-WALTER Product type: Fräswendeschneidplatte / milling indexable insert Manufacturer: Walter Tools Facts Clearance angle: 7° Corner radius: 0.4 mm Plate size: 09 Plate thickness: 03 Shape: Parallelogram 75° Tolerance class: M Special features Coating / series: Tiger‑tec Gold Grade / sort: WKP35G Applicable material groups: P / K (ISO) Chipbreaker: G55 Execution: T FAQ What materials is this insert designed for? The insert is intended for machining of Stahl and Gusseisen, as indicated by the WKP35G grade and ISO P / K suitability. How does the Tiger‑tec Gold coating benefit production? The Tiger‑tec Gold coating increases resistance to wear and thermal stress, extending service life and contributing to steadier machining performance with the WKP35G grade. What does the G55 chipbreaker provide? The G55 chipbreaker promotes controlled chip formation, improving evacuation and reducing the risk of chip-related interruptions during milling. Is the geometry suitable for heavy milling? The Parallelogram 75° form and plate thickness offer rigidity and stability for robust milling tasks, supporting consistent tool life under load. What is the significance of the 0.4 mm corner radius? A 0.4 mm corner radius balances edge strength and surface quality, helping to prevent edge chipping while enabling good surface finishes. Manufacturer: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen Protected trademarks and trade names are the property of their respective owners. Brand names and protected designations are mentioned for explanatory purposes only. There is no connection between our company and the mentioned brands. The offered item is original, factory‑new merchandise of the manufacturer.
Why indexable inserts are indispensable in modern machining
Indexable inserts, also known as cutting inserts or indexable cutting inserts, are standardised, replaceable cutting elements that mount on tool holders such as turning bits, milling cutters or drills. Made from wear-resistant materials like carbide, cermet, ceramic or other superhard grades, they carry the actual cutting edge and allow a worn corner to be rotated or flipped instead of replacing or regrinding the entire tool body.
How these inserts work and when to choose them
In everyday workshop and production settings, indexable inserts perform the direct material removal on the workpiece. Standard inserts for tool systems without internal coolant typically feature closed faces or a single central fixing hole, with heat evacuation handled by external machine nozzles. Inserts designed for systems with internal coolant are engineered to support coolant flow: they include calculated chipbreaker geometries that guide an internal coolant jet under the chip or, in specialised designs, contain sintered microchannels to direct coolant right to the cutting edge. Such coolant-compatible inserts are essential for machining heat-resistant alloys, heavy cutting operations and deep internal machining, where thermal load and chip control are critical.
Tangible benefits for production and workshop efficiency
Choosing the right indexable inserts delivers measurable operational advantages:
- Reduced downtime: faster changeover because a worn insert is simply indexed rather than the whole tool being replaced.
- Extended cutting-edge life: targeted coolant application and optimised chipbreaker design lower thermal stress and improve tool life.
- Consistent part quality: predictable cutting-edge geometry from standardised inserts maintains tolerances across batches.
- Versatility: availability in carbide, cermet, ceramic and superhard grades permits selection according to workpiece material and cutting conditions.
- Lower tooling costs over time: fewer full-tool replacements and less regrinding required.
Metav as a dependable source for inserts and tooling systems
Metav combines decades of precision expertise with a wide-ranging supply chain, positioning itself as a practical partner for industry, craft and trade. From Emmerich on the Rhine, Metav operates as a quality filter for the European market, offering more than 250,000 products and serving over 48,000 customers. For procurement teams aiming to reduce supplier count while retaining technical reliability, Metav’s assortment of indexable inserts and compatible tool holders provides a central, trustworthy solution.
Quick summary
Indexable inserts (cutting inserts or indexable cutting inserts) enable economical, repeatable material removal by allowing worn cutting edges to be indexed or replaced quickly; coolant-adapted designs further reduce thermal load and enhance chip control for demanding applications.
FAQ
What materials are indexable inserts available in?
Indexable inserts are available in wear-resistant grades such as carbide, cermet, ceramic and other superhard materials, selected according to the workpiece material and cutting conditions.
When should I choose inserts with internal coolant support?
Choose inserts designed for internal coolant when machining heat-resistant alloys, performing heavy cuts or working in deep internal features, because the coolant reduces thermal load at the cutting edge and actively improves chip breakage.
How do chipbreaker geometries affect performance?
Chipbreaker geometries on indexable inserts guide the chip flow and, when matched to an internal coolant jet, direct the coolant under the chip to control temperature and facilitate reliable chip formation, which extends edge life and stabilises machining.
Can standard inserts be used with external coolant only?
Yes; standard inserts for tool systems without internal coolant typically have closed faces or a central fixing hole and rely on external machine nozzles for heat evacuation, which is sufficient for many routine, accessible cuts.
Why source inserts through Metav?
Metav supplies a broad range of indexable inserts and tooling, backed by decades of expertise and a comprehensive European stock, making it a practical choice for consistent quality and dependable delivery.
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