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.
ACET 150612 KC725M Indexable Insert - Kennametal
Areyou not sure whether this tool fulfils your requirements? Or do you need additional technical data?No problem - we will be happy to help you ✔️ WhatsApp: +49 170 2837271 ☎️ Phone: +49 2822 7131930 📧 eMail: info@metav-werkzeuge.com Product characteristics for ACET 150612 indexable inserts from Kennametal Brand: Kennametal Manufacturer Order Number: ACET150612PPERGC-KC725M-KENNAMETAL Facts / Figures: ISO-Code: ACET150612 Clearance Angle: 7° Angle: 85° Thickness: 6,35mm Radius: 1.2 Features Material: cemented carbide Grade: KC725M with hole Hole Style: cylindrical hole + single-sided countersink (40°–60°) Form: parallelogram Chip Breaker: single-sided Manufacturer: Kennametal; 600 Grant Street, Suite 5100, Pittsburgh, PA 15219, USA; www.kennametal.com; ftmill.service@kennametal.com Brand names and registered trademarks are the property of their respective owners. The mention of protected trademarks and trade names is for illustrative purposes only. Mention of the brands does not imply any relationship to our company. The sales offer includes high-quality, new branded articles from the manufacturer Kennametal. 40START indexable-inserts-ACET-150612-KC725M-Kennametal 40END
ACGT060204R-G65 WSM35G WSM35G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold coating and the WSM35G grade for secure chip formation and extended tool life; ideal for machining stainless steel and heat‑resistant superalloys. Order the insert directly via Metav Werkzeuge or consult our advisors for application-specific recommendations. ACGT060204R-G65 WSM35G milling insert — Tiger·tec Gold, G65 chipbreaker, Walter Tools The ACGT060204R-G65 WSM35G is a parallelogram 85° milling insert designed for heavy and demanding turning and face milling tasks on stainless steel and high‑temperature alloys Tiger·tec Gold coating technology Optimised G65 chipbreaker Suitable for stainless steel and superalloys Parallelogram 85° form for stable engagement Reliable cutting performance for hard-to-machine materials The Tiger·tec Gold‑based grade WSM35G combines a wear‑resistant coated carbide substrate with a geometry tuned for secure chip formation when machining stainless steel and heat‑resistant superalloys. This composition supports a stable cutting edge and reduces the tendency for built‑up edge formation under high thermal load, which translates into more consistent surface quality and longer intervals between indexing. For workshops processing tough alloys, the result is fewer interruptions and a predictable machining cadence that supports tight production schedules. Geometry that stabilises cut and improves process security The parallelogram 85° insert form with a G65 chipbreaker and a 7° clearance angle is engineered to control chip flow and moderate cutting forces. The small corner radius of 0.4 mm aids edge strength while enabling good surface finish during finishing passes. These geometrical choices reduce vibration and support repeatable results across batch runs; the combination of form and chip control yields measurable improvements in tool life and edge integrity, especially when cutting resistant materials where thermal and mechanical loads are high. Economic benefits through fewer interventions and consistent results By favouring stable chip evacuation and a robust coating system, this insert contributes to lower tooling costs per component through extended life and reduced scrap rates. The WSM35G grade is specifically suited to the S and M workpiece groups according to ISO classifications, making it a versatile option across stainless steel and superalloy applications. Process planners will value the insert’s predictable behaviour under elevated temperatures, enabling higher productivity and simplified tool management in mixed‑material production environments. For application advice, availability and order placement for this Walter Tools insert, contact Metav Werkzeuge for expert guidance and immediate assistance. Technical data Article number: ACGT060204R-G65-WSM35G-WALTER Product: Fräswendeschneidplatte / milling insert Manufacturer: Walter Tools Series: Tiger·tec Gold Grade: WSM35G Chipbreaker: G65 Facts Free angle: 7° Corner radius: 0.4 mm Plate form: Parallelogramm 85° Plate size: 06 Thickness code: 02 Tolerance class: G Special features Coating: Tiger·tec Gold (coated carbide) Material suitability: S / M (heat‑resistant superalloys & stainless steel) Execution: T Label / ISO designation: ACGT060204R-G65 WSM35G FAQ What materials is this insert intended for? This ACGT060204R-G65 WSM35G milling insert from Walter Tools is intended primarily for stainless steel and heat‑resistant superalloys (ISO groups S and M). How does the G65 chipbreaker affect machining? The G65 chipbreaker on the ACGT060204R-G65 promotes controlled chip formation and evacuation, improving process stability and surface quality when cutting tough materials. Can the insert be used for finishing operations? Yes; the 0.4 mm corner radius and the insert geometry provide a balance between edge strength and surface finish, making it suitable for many finishing passes on stainless steel. What advantages does the Tiger·tec Gold coating provide? The Tiger·tec Gold coating on the WSM35G grade increases wear resistance and thermal stability, helping to extend tool life and maintain a sharp cutting edge under elevated temperatures. Is the ACGT060204R-G65 suitable for high‑speed applications? The WSM35G grade and Tiger·tec Gold technology are designed to withstand elevated thermal and mechanical stresses, supporting higher productivity in demanding cutting conditions. 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.
ACGT060204R-G65 WSP45G WSP45G Wendeplatten - Walter Tools
Take advantage of a versatile, wear-resistant grade combined with a stable chipformer and a secure parallelogram geometry for reliable milling operations; order the insert directly via Metav Werkzeuge or request advice from our consultants. ACGT060204R-G65 WSP45G indexable milling insert – Tiger·tec Gold, G65 chipbreaker | Walter Tools The ACGT060204R-G65 WSP45G is a coated indexable milling insert designed for versatile milling of steel, stainless steel and heat‑resistant alloys, offering a balance of toughness and edge stability in general industrial machining. Tiger·tec Gold PVD coating for durability Suitable for steel, stainless and superalloys Parallelogram 85° form for secure shoulder milling G65 chipbreaker for stable chip control Consistent cutting performance through optimised coating technology The combination of Tiger·tec Gold and a coated cemented‑carbide grade delivers measurable improvements in wear resistance and edge life. The PVD coating reduces flank wear under elevated temperatures while the base grade preserves toughness, which results in fewer insert changes and more predictable machining cycles. This technological mix primarily supports longer tool life and stable cutting forces, contributing to reduced downtime and improved process efficiency. One grade for a broad material spectrum increases flexibility Designed for material groups P, M and S, the insert covers unalloyed and alloyed steel, stainless steel and superalloys/titanium, making stock management simpler. The versatile grade enables reliable chip formation across differing thermal behaviours — from steels that form long chips to stainless types prone to built‑up edge and superalloys that stress the cutting edge. This adaptability helps maintain consistent surface quality and repeatability across mixed production runs. Geometry engineered to improve process reliability The parallelogram 85° form provides a rigid seat and optimised cutting engagement for shoulder and face milling, while the 7° relief supports secure cutting without unnecessary interference. The small 0.4 mm corner radius favours controlled finishing passes where dimensional stability and surface integrity are required. The G65 chipbreaker assists in producing short, controllable chips, lowering the risk of entanglement and easing chip evacuation in interrupted cuts. Practical guidance for selection and operation For stable, economical milling choose the grade when the process calls for a compromise between toughness and wear resistance; the coated grade is particularly useful where thermal loads and intermittent cuts occur. When planning feeds and depths, consider the insert geometry for shoulder milling setups and pair the insert with suitable cutter bodies for secure clamping. If additional process data or cutting parameters are required, technical consultation is available to select the best combination for the application. For specific recommendations on Walter Tools Tiger·tec Gold inserts such as ACGT060204R-G65 WSP45G, contact Metav Werkzeuge for tailored selection and technical advice at info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: ACGT060204R-G65-WSP45G-WALTER Product: Indexable milling insert Brand: Walter Tools Series: Tiger·tec Gold Grade: WSP45G Core technical data Relief angle: 7° Corner radius: 0.4 mm Insert form: Parallelogram 85° Size code: 06 Thickness code: 02 Chipbreaker: G65 Tolerance class: G Special features Coating: Tiger·tec Gold (PVD) Material suitability: Steel (P), Stainless steel (M), Superalloys/Titanium (S) Grade type: Coated cemented carbide Application: Milling Designation: ACGT060204R-G65 WSP45G FAQ Is the insert suitable for stainless steel applications? Yes. The ACGT060204R-G65 WSP45G grade is specified for material group M, meaning it is formulated to handle the toughness and heat characteristics of stainless steel while promoting stable chip formation. What advantages does the G65 chipbreaker offer? The G65 chipbreaker promotes short, consistent chips and improved evacuation; this contributes to safer machining and reduced risk of chip entanglement during interrupted or general milling operations with the Walter Tools insert. For which milling tasks is the parallelogram 85° form most effective? The parallelogram 85° form is particularly effective for shoulder milling and face milling where a secure seating angle and stable cutting engagement improve dimensional control and surface finish with this insert. What does the WSP45G designation indicate? WSP45G denotes Walter Tools’ coated carbide grade within the Tiger·tec Gold technology, offering a balance of toughness and wear resistance tailored for versatile milling across P, M and S material groups. Which key geometric data should be considered for clamping and setup? Important data include the 85° insert form, 7° relief and 0.4 mm corner radius; these values influence cutter seat compatibility, cutting engagement and achievable surface quality when using the insert. 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 protected product names are mentioned for explanatory purposes only. There is no connection between our company and the mentioned brands. The offered article is original factory‑new goods of the manufacturer.
ACGT060204R-M85 WK10 Wendeplatten - Walter Tools
Taking advantage of the combination of a WK10 uncoated carbide grade, a Parallelogram 85° geometry and the M85 chipbreaker ensures predictable chip control and reliable edge life in many milling operations; consult Metav Werkzeuge for application matching and fast supply. ACGT060204R-M85 WK10 Milling insert, chipbreaker M85 — Walter Tools The ACGT060204R-M85 WK10 is a parallelogram 85° milling insert designed for versatile milling where a robust, uncoated carbide grade and controlled chip evacuation are required. Uncoated carbide grade WK10 Parallelogram 85° insert geometry Chipbreaker M85 for chip control 7° clearance and 0.4 mm corner radius Consistent machining through a robust carbide grade The insert combines an uncoated carbide composition (WK10) with a profile that supports steady cutting forces and reproducible component quality. As an indexable tool for milling, the design aims to reduce edge chipping under intermittent loading and to keep surface finish consistent across runs. The stable cutting edge and predictable wear behaviour translate into fewer tool changes and more uptime on the machine, while the specification that material suitability should be verified in the manufacturer matrix ensures application-specific reliability. Geometry and chip control engineered for productivity The parallelogram 85° shape in conjunction with the chipbreaker M85 provides improved chip direction and manageable swarf formation during higher-feed operations. The modest 7° clearance reduces rubbing at the flank, while the 0.4 mm corner radius balances edge strength and dimensional accuracy at the cut. These geometric parameters enable the insert to perform reliably in a range of general milling tasks, delivering both process stability and efficient chip evacuation without unnecessary compromise to tool life. Clear selection and application guidance for better process security Selection of an indexable insert should align with the workpiece material and machining strategy; the available series description indicates an uncoated hardmetal grade and a product matrix for precise workpiece matching. For operators seeking predictable outcomes, this insert offers an economical option that emphasises process reliability and straightforward handling. If specific material data or cutting parameters are required, technical consultation is recommended to determine optimal feeds and speeds for the intended application. Contact Metav Werkzeuge to discuss how the Walter Tools ACGT060204R-M85 WK10 milling insert with M85 chipbreaker can support process stability and throughput; technical advice and quick delivery are available via info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: ACGT060204R-M85-WK10-WALTER ISO designation: ACGT060204R-M85 WK10 Manufacturer: Walter Tools Facts Clearance angle: 7° Corner radius: 0.4 mm Thickness code: 02 Plate size code: 06 Special features Grade: uncoated carbide (WK10) Chipbreaker: M85 Geometry: Parallelogram 85° Series: Walter Schneidstoffsorte - Serie offen Tolerance class: G Execution: T Material: Katalogabhängig FAQ What materials is this insert suitable for? Suitability depends on the detailed product matrix; the ACGT060204R-M85 WK10 insert (Walter Tools) is an uncoated carbide grade and material compatibility should be checked against the manufacturer’s recommendations. Is the insert coated or uncoated? The ACGT060204R-M85 WK10 is supplied as an uncoated carbide insert (WK10), intended where a non-coated grade is preferred for predictable wear behaviour. How does the M85 chipbreaker influence machining? The M85 chipbreaker on the ACGT060204R-M85 WK10 improves chip control and evacuation, helping to maintain stable cutting conditions and reduce downtime due to swarf issues. Can the insert handle interrupted cuts? The combination of the parallelogram 85° geometry and a 0.4 mm corner radius on the ACGT060204R-M85 WK10 supports robust edge strength, which assists in coping with intermittent loading; verify specific conditions in the cutting data sheet. What identifies the SKU for ordering? Order reference: ACGT060204R-M85-WK10-WALTER — this SKU identifies the Walter Tools milling insert with M85 chipbreaker and WK10 grade. Walter Tools: 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 for explanatory purposes only. There is no connection between our company and the listed brands. The offered item is an original, brand-new product of the manufacturer.
ACGT060204R-M85 WXN15 Wendeplatten - Walter Tools
Take advantage of the combination of a sharp uncoated carbide grade (WXN15), a Parallelogram 85° geometry and the tailored M85 chipbreaker to achieve clean shearing and predictable chip control in non‑ferrous machining; order directly via Metav Werkzeuge or ask the consultants for specification support. ACGT060204R-M85 WXN15 Milling indexable insert, Parallelogram 85° for non‑ferrous metals – Walter Tools ACGT060204R-M85 WXN15 is a milling insert engineered for high‑quality cutting of non‑ferrous materials, offering a compact profile and a geometry optimised for stable, sharp‑edge performance. Parallelogram 85° geometry WXN15 uncoated carbide grade M85 chipbreaker for clean chips 0.4 mm corner radius for fine edges Predictable edge life and consistent surface quality The insert is based on the WXN15 grade, an uncoated carbide designed for sharp cutting in aluminium, copper and brass work. Its composition and geometry combine to reduce built‑up edge and minimise material adhesion, which directly improves component finish and reduces rework. For shops focusing on repeatable, high‑quality results, this insert provides consistent shearing and longer usable life on soft, adhesive materials compared with generic grades. Geometry that optimises chip control and tool stability The Parallelogram 85° form and the integrated M85 chipbreaker direct chips away from the cutting zone, reducing surface smearing and the risk of recutting. The moderate 7° relief angle helps maintain a cutting edge that resists burring while allowing smooth entry into thin walls or delicate contours. These design choices make the insert particularly suitable for interrupted cuts and high feed operations where stable chip evacuation and edge integrity matter. Application range and practical handling in the workshop Marked for the N‑group, the insert is intended for non‑ferrous metals such as aluminium alloys, copper and brass components. Its 0.4 mm corner radius balances edge strength with the ability to achieve fine contours and acceptable corner radii on finished parts. The insert’s size and thickness suit modular milling systems and standard cutter bodies; replacement is rapid and indexing is straightforward, supporting short changeover times and reliable cycle planning. Productivity advantages and economical machining Using a purpose‑designed grade and chipbreaker reduces manual finishing and scrap, increasing net output per tool life. The combination of a sharp, uncoated edge and controlled chip formation allows higher material removal rates in many aluminium applications, often translating into lower unit costs and improved throughput. When paired with appropriate feeds and speeds, the insert delivers stable production over multiple workpieces, supporting efficient process chains in small and medium series manufacturing. Contact Metav Werkzeuge for a tailored recommendation on Walter Tools inserts to optimise cycle times and surface quality in non‑ferrous milling tasks Technical data Article number: ACGT060204R-M85-WXN15-WALTER Designation: ACGT060204R-M85 WXN15 Product type: Milling indexable insert Series: Walter N‑Sortensystem Grade: WXN15 Manufacturer: Walter Tools Facts Relief angle: 7° Corner radius: 0.4 mm Insert size: 06 Thickness: 02 Plate form: Parallelogram 85° Chipbreaker: M85 Tolerance class: G Special features Uncoated carbide grade (sharp cutting edge) Suitable for non‑ferrous metals (N) Parallelogram 85° geometry for stable cutting M85 chipbreaker for clean chip control Execution: T Walter N‑series FAQ Is this insert suitable for aluminium alloys? Yes. The ACGT060204R‑M85 WXN15 insert from Walter Tools is specified for non‑ferrous metals and performs well on aluminium alloys due to its sharp, uncoated carbide grade and M85 chipbreaker. What advantage does the Parallelogram 85° form provide? The Parallelogram 85° geometry improves engagement angle and stability during milling; combined with the M85 chipbreaker it enhances chip flow and reduces surface smearing in soft metals. Can the insert be used for interrupted cuts? Yes. The combination of the moderate relief angle and the robust edge geometry supports interrupted cutting conditions while maintaining edge life and component quality. How fine a corner radius can be achieved with this insert? The insert has a 0.4 mm corner radius, which offers a compromise between edge strength and the ability to produce relatively fine internal radii on finished components. Is the grade coated or uncoated, and what does that mean for machining? The WXN15 grade is uncoated carbide, which delivers a very sharp edge and reduced friction for adhesive materials; this is particularly beneficial when machining non‑ferrous metals where coatings can promote built‑up edge. 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.
ACMT 060308 AH120 Wendeplatten - Tungaloy
Take advantage of the wear-resistant AH120 grade, precise 0.8 mm nose radius and robust parallelogram geometry for stable milling and consistent part quality; order directly via Metav Werkzeuge or consult our specialists for matching with existing Tungaloy milling bodies. ACMT 060308 AH120 indexable insert for milling — PVD-coated carbide, 0.8 mm radius (Tungaloy) The ACMT060308 AH120 indexable cutting insert is designed for use in Tungaloy milling systems and suited to face, shoulder, slot, high-feed and contour milling where a sharp cutting edge and process security are required. PVD-coated carbide AH120 for wear resistance 0.8 mm nose radius for precise corner control Parallelogram form with 85° cutting engagement Cylindrical hole with 40°–60° single countersink Higher process security through wear-resistant grade and coating The insert’s AH120 grade, combined with a PVD-coated cemented carbide substrate, delivers consistent flank life and resistance to chipping under interrupted cuts. This engineered combination reduces flank wear and maintains a sharp edge for longer, which translates into fewer index changes and improved uptime. Explained for clarity: a PVD coating forms a thin, hard surface layer that reduces adhesion and abrasion, while the carbide body supplies toughness; together they support predictable tool life and repeatable component tolerances. Geometry that improves dimensional control and chip evacuation A parallelogram shape and an 85° cutting engagement angle help to control entry conditions and distribute cutting forces evenly across the insert, reducing vibration risk. The 0.8 mm corner radius balances edge strength and finish quality, enabling sharper corners than larger radii while still resisting fracture. The insert’s single-sided chipbreaker and the cylindrical hole with a one-sided countersink (40°–60°) assist in guided chip formation and secure clamping on the milling body; the result is improved surface finish and stable chip flow in a variety of steels and non-ferrous materials. Broad application spectrum and system compatibility Intended for milling applications, the insert is compatible with Tungaloy milling systems provided that seat geometry and clip location match the cutter body. Typical uses include planing of large faces, shoulder operations, slotting and high-feed passes depending on the chosen cutter family. The insert’s 3.18 mm thickness and standard size designation ensure mechanical stability in modern milling bodies. For mixed production runs the combination of a wear-resistant grade and reliable clamping yields predictable performance across batches, supporting leaner tool inventories and fewer process interruptions. Contact Metav Werkzeuge for availability and technical matching of Tungaloy ACMT 060308 AH120 indexable inserts; specialists can advise on the correct cutter body and application parameters (info@metav-werkzeuge.com, +49 2822 7131930) Technical data Article number: 6816605 SKU: 6816605-Tungaloy Manufacturer SKU: TUN6816605 Brand: Tungaloy Model series: Fräswendeschneidplatten Core specifications ISO designation: 060308 Size designation: 06 Thickness: 3.18 mm Nose radius: 0.8 mm Cutting engagement angle: 85° Relief angle: 7° Special features PVD-coated cemented carbide Grade AH120, wear- and chipping-resistant Parallelogram plate form Cylindrical hole with single-sided countersink (40°–60°) Single-sided chipbreaker Suitable for milling: face, shoulder, slot, high-feed, contour FAQ What materials is this insert suited for? The ACMT 060308 AH120 insert is a PVD-coated cemented carbide grade engineered for a broad material range and offers particular strength in demanding steel machining where wear resistance and edge security are required. How does the chipbreaker affect performance? The single-sided chipbreaker on the ACMT insert promotes controlled chip formation and evacuation, which stabilises cutting forces and contributes to consistent surface finish in milling operations. Is the insert compatible with non-Tungaloy milling bodies? Compatibility requires matching the seat geometry and clamping system; the insert’s ISO designation and dimensions must be confirmed against the cutter body before use to ensure secure fastening and correct engagement. What are the locking and hole features of the insert? The insert is supplied with a cylindrical hole and a one-sided countersink (40°–60°), designed to allow positive clamping and repeatable seating in compatible milling bodies. How does the 0.8 mm radius influence machining results? A 0.8 mm nose radius balances corner strength and edge definition, helping to achieve finer surface finishes and accurate corner radii while maintaining resistance to chipping under moderate interruption. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT 060308 AH140 Wendeplatten - Tungaloy
Take advantage of a PVD-coated, wear- and chipping‑resistant carbide grade together with a controlled chipformer and secure clamping geometry for steady milling performance. The combination of a 0.8 mm corner radius and a parallelogram form ensures reliable edge life and process stability; order the ACMT060308 AH140 insert directly via Metav Werkzeuge or consult our specialists for application matching. ACMT060308 AH140 indexable insert for milling by Tungaloy — PVD-coated, one-sided chipbreaker The ACMT060308 AH140 indexable insert is intended for milling applications where a sharp cutting edge and process security are required; compatible units must match insert seat, geometry and milling body. PVD-coated carbide for high wear resistance One-sided chipbreaker for controlled chips Parallelogram form with 0.8 mm radius Cylindrical hole with 40°–60° countersink Higher throughput from a wear-resistant coating The insert uses a PVD-coated carbide grade (AH140) developed for milling tasks that demand both a sharp cutting edge and consistent tool life. The thin, hard coating reduces abrasive wear and helps to maintain edge geometry over longer cycles, which translates into fewer indexings and less machine downtime. For production environments the result is measurable: more finished parts per tool and improved process repeatability. The coating technology is explained here to aid selection: physical vapour deposition (PVD) applies a hard film to the substrate to resist abrasion while preserving toughness at the cutting edge. Secure seating and geometry that reduces chatter A stable clamping interface and the correct insert geometry are decisive for surface finish and tool life. This indexable plate features a parallelogram form and an 85° approach angle, together with a 7° clearance angle, which balance radial engagement and tool strength during face, shoulder and contour milling. The plate thickness of 3.18 mm and the defined seat geometry require the milling body and clamping screw to be matched precisely; correct assembly prevents micro‑movement and reduces the risk of edge breakouts. In practice, matching the insert to the cutter body is a straightforward way to increase process reliability and maintain consistent part quality. Consistent chip control and versatile milling applications Chip evacuation and edge protection are supported by a one-sided chipbreaker and a cylindrical hole with a 40°–60° countersink, enabling secure clamping and directed chip flow under a range of cutting conditions. The 0.8 mm corner radius increases edge robustness for medium to heavy engagement passes while still allowing acceptable corner definition. Typical uses include face milling, shoulder milling, slotting and contouring within the respective milling family; the insert is supplied as part of a system comprising the milling body, the indexable insert, a clamping screw and, where required, an underlay. Where process security and repeatable edge performance are priorities, this solution offers a pragmatic balance between productivity and tool life. For technical matching, availability and application advice on Tungaloy ACMT060308 AH140 inserts contact Metav Werkzeuge: info@metav-werkzeuge.com | +49 2822 7131930 — our consultants will assist with the correct milling body and clamping specification Technical data Article number: 6820621 SKU: 6820621-Tungaloy Manufacturer SKU: TUN6820621 Designation: ACMT060308 AH140 Model series: Fräswendeschneidplatten Manufacturer: Tungaloy Facts Size: 06 Thickness: 3.18 mm Corner radius: 0.8 mm Clearance angle: 7° Approach/cutting angle: 85° ISO code: 060308 Special features Material: carbide, PVD-coated (AH140) Parallelogram form One-sided chipbreaker Cylindrical hole with one-sided countersink 40°–60° Platen seat, geometry and milling body must match Typical applications: face, shoulder, slot, high-feed and contour milling FAQ What milling operations are suitable for this insert? The ACMT060308 AH140 indexable insert is suitable for face milling, shoulder milling, slotting, high‑feed and contour milling within the appropriate Tungaloy milling system. Which cutting conditions favour the AH140 grade? AH140 is a wear‑ and chipping‑resistant PVD‑coated grade designed for applications where a sharp cutting edge and process security are required; it performs well under steady cutting with controlled chip evacuation. How important is matching the insert to the milling body? Very important — the insert seat, geometry and milling body must be technically compatible to ensure correct clamping and to avoid instability or premature edge failure when using the ACMT060308 AH140. What are the key geometrical parameters to check before fitting? Check thickness (3.18 mm), 0.8 mm corner radius, 7° clearance angle, 85° approach angle, plate form (parallelogram) and hole style (cylindrical with 40°–60° countersink). What chip control features are integrated? Chip control is provided by a one‑sided chipbreaker and the combined cylindrical hole with a one‑sided countersink, which support secure clamping and directed chip flow. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT 060308 GH330 Wendeplatten - Tungaloy
Efficient milling performance is achieved through the combination of the GH330 grade and a 0.8 mm corner radius, delivering high wear resistance and stable cutting edges. The parallelogram form and cylindrical hole with countersink ensure secure seating and reliable clamping in compatible milling bodies. Order the insert directly via Metav Werkzeuge or consult our specialists for application-specific advice. ACMT 060308 GH330 milling insert for Fräsen by Tungaloy ACMT 060308 GH330 is an indexable milling insert designed for a range of milling operations within Tungaloy systems, offering robust wear resistance and consistent edge stability in industrial production environments. High wear resistance GH330 grade Parallelogram shape for versatile milling Cylindrical hole with 40°–60° countersink 0.8 mm corner radius and 7° relief angle Boosted productivity through material and grade selection The ACMT060308 GH330 insert is produced from carbide and engineered with the GH330 cutting grade to balance wear resistance and toughness. This combination reduces tool-change frequency and delivers a predictable lifecycle, which supports continuous production. The result is measurable productivity gains and lower overall tooling costs when used in suitable milling bodies. The single-sided chipbreaker enhances chip control for many common machining tasks, contributing to consistent surface quality and fewer interruptions. Geometry optimised for accessibility and repeatability The parallelogram shape and an included 85° cutting angle provide excellent access to shoulders and intricate contours, while the 0.8 mm corner radius helps maintain edge strength during interrupted cuts. A 7° relief angle reduces rubbing at the flank and promotes stable cutting conditions. These geometric choices shorten setup time and improve repeatability across batches because the insert seating and orientation are consistent when paired with matching tool holders. Secure clamping and system compatibility The insert features a cylindrical hole with one-sided countersink (40°–60°), enabling secure clamping and straightforward replacement in indexable milling bodies designed for Tungaloy systems. It is essential that the insert seat, geometry and milling body are technically compatible to guarantee correct fixation and to achieve the published performance characteristics. The robust seating system minimises micro-movement during heavy cuts, which preserves edge life and contributes to more stable machining. Practical application range and machining benefits Designed primarily for milling, this insert suits face, shoulder, slot, high-feed and contour milling depending on the assigned tool family. The combination of GH330 grade and the specified geometry yields reliable performance across varied operations: efficient material removal during roughing and acceptable surface finish during semi-finishing. For production environments seeking a pragmatic, application-oriented solution, the insert provides an attractive balance of economy, process stability and straightforward interchangeability within a managed tool inventory. Contact Metav Werkzeuge for application guidance on Tungaloy GH330 inserts and precise compatibility checks; enquiries: info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: 6800878 Manufacturer SKU: TUN6800878 Model series: Fräswendeschneidplatten Core data Thickness: 3.18 mm Corner radius: 0.8 mm Relief angle: 7° Insert size: 06 Seat/cutting angle: 85° Special features Material: carbide Grade: GH330 Shape: parallelogram Hole style: cylindrical hole + one-sided countersink (40°–60°) Chipbreaker: single-sided Plate form: ACMT060308 Intended application: milling (face, shoulder, slot, high-feed, contour) FAQ What applications is this insert intended for? The ACMT060308 GH330 Tungaloy insert is intended for milling tasks such as face, shoulder, slot, high-feed and contour milling, depending on the associated tool family. What are the key dimensions and angles of the insert? The insert has a thickness of 3.18 mm, a corner radius of 0.8 mm, a relief angle of 7° and a seat/cutting angle of 85°, as specified for the ACMT060308 GH330. How does the GH330 grade affect machining performance? The GH330 grade provides a balance of wear resistance and toughness; with the ACMT060308 GH330 this translates into longer edge life and reliable cutting under varied milling conditions. Is the insert compatible with all milling bodies? Compatibility requires matching the insert seat, geometry and milling body; the ACMT060308 GH330 is designed for use in Tungaloy milling systems and must be used with technically compatible holders. What clamping and chip control features are provided? The insert includes a cylindrical hole with a one-sided countersink (40°–60°) for secure clamping and a single-sided chipbreaker for improved chip formation and evacuation. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT 060308 T3130 Wendeplatten - Tungaloy
Take advantage of the combination of T3130 grade performance, robust carbide construction and a precise 0.8 mm corner radius for reliable milling cycles; order directly via Metav Werkzeuge or contact our consultants for matching cutter bodies. ACMT 060308 T3130 milling indexable insert by Tungaloy — parallelogram form, 85° cutting angle ACMT 060308 T3130 is an indexable milling insert designed for use in Tungaloy milling systems and suited to face, shoulder, slot, high‑feed and contour milling operations. Parallelogram insert form for versatile machining T3130 grade for wear resistance and edge stability Cylindrical hole with countersink 40°–60° for secure clamping 0.8 mm corner radius for balanced edge strength Stable cutting performance for productive milling applications This insert delivers consistent cutting behaviour through a balanced combination of T3130 carbide grade and a carefully designed geometry. The T3130 grade complements the insert’s shape to provide improved wear resistance and edge stability, which translates into longer tool life under mixed cutting conditions. Because the plate is made of carbide, it offers high rigidity and thermal resistance compared with high‑speed steel alternatives, enabling stable performance in interrupted and continuous cuts. The parallelogram form and 85° cutting angle facilitate robust face and shoulder milling with predictable chip flow. Precise clamping and secure fit reduce downtime The insert’s cylindrical hole with one‑sided countersink (40°–60°) ensures a reproducible and secure seat when mounted in compatible milling bodies. A correctly matched insert seat, geometry and cutter body are essential for process stability; the system design reduces micro‑movement at the cutting edge, lowering the risk of premature edge failure. With a plate thickness of 3.18 mm and a defined relief angle of 7°, the component provides a compact but rigid connection that supports accurate chip evacuation and repeatable indexing cycles. Controlled edge geometry for predictable surface finish A 0.8 mm corner radius offers a compromise between edge strength and the ability to produce a good surface finish without excessive cutting forces. The single‑sided chipbreaker is engineered to guide chips efficiently in typical milling operations, helping maintain consistent contact at the tool–workpiece interface. For workshops seeking reproducible part quality, this geometry reduces the need for frequent rework and enables steady production runs across common materials processed in milling. Flexible application across milling tasks and tool families The insert is suitable for a wide range of milling tasks — from planing and shoulder work to high‑feed and contour milling — provided the insert is combined with the correct Tungaloy cutter body and clamping hardware. The parallelogram plate allows flexibility in insert indexing and makes it straightforward to incorporate into production tooling where versatility and economy are priorities. When paired with the appropriate tool body, the component supports efficient material removal rates while maintaining edge life. Contact Metav Werkzeuge for tailored recommendations on Tungaloy milling inserts and ensure optimal performance with the T3130 grade in your machining setup Technical data Article number: 6853801 Manufacturer SKU: TUN6853801 SKU: 6853801-Tungaloy Model series: Milling indexable inserts Type designation: ACMT060308 Dimensions & core data Corner radius: 0.8 mm Thickness: 3.18 mm Cutting angle: 85° Relief angle: 7° Size designation: 06 Materials & features Material: Carbide Grade: T3130 Plate form: Parallelogram Hole: with hole Hole style: cylindrical hole + one‑sided countersink (40°–60°) Chipbreaker: one‑sided Application: milling System: for Tungaloy milling systems; insert seat, geometry and cutter body must match FAQ What milling operations suit this insert best? The insert is designed for a variety of milling tasks — face, shoulder, slot, high‑feed and contour milling — when used in the correct Tungaloy milling body with matching geometry and clamping. How does the T3130 grade affect tool life? T3130 offers a balanced mix of wear resistance and toughness; the grade enhances edge stability and typically extends usable life in general milling applications. Is this insert compatible with non‑Tungaloy cutter bodies? The insert is intended for use in Tungaloy milling systems; compatibility depends on seat geometry and clamping method, so matching the insert seat and cutter body is essential for safe operation. What clamping does the hole and countersink provide? The cylindrical hole with a one‑sided countersink (40°–60°) provides a reproducible, secure fit that improves repeatability and reduces micro‑movement at the cutting edge during indexing. Which materials are appropriate for machining with this insert? The insert’s carbide construction and T3130 grade make it suitable for a broad range of materials commonly encountered in milling; selection should be guided by cutting data and the specific tool family used. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT 07T308 AH120 Wendeplatten - Tungaloy
Take advantage of the PVD-coated AH120 carbide grade, the 0.8 mm corner radius and the precision seating for consistent milling performance; order directly via Metav Werkzeuge or contact our consultants for application advice. ACMT07T308 AH120 indexable milling insert for Tungaloy – PVD-coated carbide, 0.8 mm corner radius A ACMT07T308 AH120 indexable insert designed for Tungaloy milling systems, engineered for face, shoulder, slot, high-feed and contour milling where a sharp cutting edge and process security are required. PVD-coated carbide AH120 grade Sharp cutting edge for stable processes Parallelogram, 07 size, 0.8 mm corner radius Cylindrical hole with single-side countersink Consistent cutting performance and enhanced process security The PVD-coated grade AH120 provides a wear- and breakage-resistant cutting edge that is optimised for continuous milling operations. The PVD-coated surface reduces built-up edge and improves heat resistance, which extends tool life and maintains surface finish over longer runs. With a sharp cutting edge and the grade’s focus on process security, this insert supports higher metal-removal rates and fewer unplanned tool changes, resulting in a more predictable production flow and reduced downtime. Geometry that adapts to multiple milling tasks The parallelogram shape in 07 size offers accessibility and stable engagement for shoulder and face milling, while the design also accommodates slotting and contour work when the correct cutter body is used. The 0.8 mm corner radius balances edge strength and profile accuracy, and the 7° relief promotes efficient chip flow and a clean cutting action. The incorporated single-sided chipbreaker is tailored to chip control in many milling scenarios, helping to prevent clogging and improve surface integrity. Secure mounting for repeatable accuracy A reliable clamping interface is provided by the cylindrical hole with a single-side countersink (40°–60°), together with a plate thickness of 3.97 mm. These features ensure consistent seating and repeatable positioning in the milling body, which is critical for maintaining tolerances across production batches. Note that insert seat, geometry and the milling body must be technically matched to guarantee clamping stability and safe operation. Application range and practical handling notes Designed primarily for milling, the insert performs well in planing, shoulder, slot, high-feed and contour operations, depending on the chosen tool family. The grade is especially suitable where durability and a sharp edge are required simultaneously. For selection and setup, confirm the cutter body is compatible with the indexable milling insert and check seating dimensions before use. If further technical data or cutting parameter recommendations are needed, Metav Werkzeuge can provide guidance and documentation to support efficient integration on the shop floor. Contact details are available for quick consultation. For dependable milling results with Tungaloy PVD-coated inserts, contact Metav Werkzeuge for personalised advice and ordering at info@metav-werkzeuge.com or call +49 2822 7131930 Technical Data Article number: 6816606 SKU: 6816606-Tungaloy Manufacturer SKU: TUN6816606 Model series: Indexable milling inserts Insert designation: ACMT07T308 AH120 Data Corner radius: 0.8 mm Thickness: 3.97 mm Relief angle: 7° Insert size: 07 Cutting/wedge angle: 85° Special features PVD-coated carbide, grade AH120 Parallelogram shape Single-sided chipbreaker Cylindrical hole with single-side countersink (40°–60°) With hole for secure clamping Suitable for face, shoulder, slot, high-feed and contour milling For Tungaloy milling systems—insert seat and geometry must match Material: carbide FAQ Is this insert compatible with Tungaloy milling cutters? The ACMT07T308 AH120 indexable milling insert is intended for use in Tungaloy milling systems; correct compatibility requires that the insert seat, geometry and cutter body are technically matched. Which milling operations does this insert suit best? This insert is suitable for face, shoulder, slot, high-feed and contour milling tasks, with the exact application depending on the chosen milling body and assembly. What are the main advantages of the AH120 grade? The AH120 grade offers a wear- and breakage-resistant PVD-coated carbide formulation that combines a sharp cutting edge with strong process security, making it effective for continuous milling operations. How does the hole and countersink affect mounting? The cylindrical hole with a single-side countersink (40°–60°) allows secure clamping and precise repeatable seating, improving stability and dimensional consistency in production. How can the insert be identified on the tool list? Look for the designation ACMT07T308 AH120 and SKU 6816606-Tungaloy; size 07, corner radius 0.8 mm and thickness 3.97 mm are the key identifiers. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT 07T308 AH140 Wendeplatten - Tungaloy
Benefit from the combination of a PVD-coated AH140 grade and a precise 0.8 mm corner radius to increase process reliability and surface quality in milling operations; the insert is compatible with Tungaloy milling systems and can be ordered via Metav Werkzeuge or discussed with our technical consultants. ACMT 07T308 AH140 – Tungaloy milling indexable insert for Fräsen, PVD-coated carbide, 0.8 mm radius The ACMT07T308 AH140 is a PVD-coated cemented carbide indexable insert for Tungaloy milling systems, engineered for face, shoulder, slot, high-feed and contour milling where a sharp cutting edge and process security are required. PVD-coated AH140 for wear resistance 0.8 mm corner radius for precise profiling Parallelogram shape with 85° cutting angle Cylindrical hole with countersink 40°–60° Consistent cutting and extended in-process life The PVD-coated grade delivers reliable wear resistance and improved edge stability under interrupted cuts. The AH140 coating on a cemented carbide substrate provides a balance between toughness and hardness, reducing the risk of chipping during heavy engagement. This stability translates into more consistent workpiece finish and fewer unplanned tool changes, which supports smoother production cycles and predictable tool consumption. The insert’s single-sided chipbreaker promotes manageable chip formation, helping to maintain cut quality across a variety of milling tasks. Secure mounting and precise geometry for repeatable results A stable clamping interface and correct seating are essential for repeatable performance; the insert’s parallelogram shape and 85° cutting angle suit applications requiring good radial engagement and accurate shoulder preparation. The central cylindrical hole with a single-sided countersink (40°–60°) ensures reliable retention in compatible Tungaloy cutter bodies, while the 7° relief angle and 3.97 mm thickness contribute to strength at the cutting edge. The 0.8 mm corner radius offers a useful compromise between strength and profile detail, enabling precise profiling without sacrificing robustness. Practical selection guidance for production use Selection should focus on matching insert, cutter body and seating geometry to achieve the expected results; the insert is part of a modular milling system, so technical compatibility with the tool body is mandatory. Typical uses include planing, shoulder milling, slotting and high-feed operations, where the combination of a sharp edge and process security is required. Choosing the AH140 PVD variant supports longer operational windows and reduces the likelihood of edge breakout in mixed-material production. For system integration, verify seat geometry and clamping method to ensure the intended performance is realised. For application advice, matching tool-body selection or availability of the Tungaloy ACMT 07T308 AH140 PVD-coated insert, contact Metav Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930 to discuss technical matching and stock status. Technical data Article number: 6820622 Manufacturer SKU: TUN6820622 SKU: 6820622-Tungaloy Model series: Fräswendeschneidplatten Designation: ACMT07T308 AH140 Tungaloy-Wendeplatte Facts Corner radius: 0.8 mm Relief angle: 7° Cutting angle: 85° Plate thickness: 3.97 mm Insert size: 07 Special features Material: cemented carbide Coating: PVD, AH140 Shape: parallelogram Chipbreaker: one-sided Hole: cylindrical hole with single-sided countersink 40°–60° Application: milling (face, shoulder, slot, high-feed, contour) Compatibility: for Tungaloy milling systems FAQ What materials is this insert suitable for? The ACMT07T308 AH140 is specified as a versatile milling insert; the AH140 PVD grade provides wear and chipping resistance suitable for a broad range of common milling materials where a sharp cutting edge and process reliability are required. How does the 0.8 mm corner radius affect the finish? A 0.8 mm corner radius balances edge strength with detail in the profile; it supports better surface finish on shoulders and faces while offering resistance to edge breakdown during medium to heavy milling. Is the insert compatible with all Tungaloy milling cutters? Compatibility requires matching of the insert seat, geometry and clamping method; the ACMT07T308 is designed for Tungaloy milling systems, but the cutter body must accept the ACMT geometry and the central-hole configuration. What role does the single-sided chipbreaker play? The single-sided chipbreaker assists in controlling chip formation and evacuation for the intended milling modes, contributing to stable cutting and reduced risk of recutting chips on the workpiece. Can this insert handle interrupted cuts and slotting operations? The combination of PVD-coated AH140 and a robust cemented carbide substrate improves edge stability under interrupted cuts; the insert is suitable for slotting and similar operations when fitted in an appropriate cutter body. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT 07T308 GH330 Wendeplatten - Tungaloy
Take advantage of the combination of wear-resistant GH330 grade, robust carbide construction and precise geometry for consistent milling results; order original Tungaloy inserts via Metav Werkzeuge or consult our team for configuration and availability. ACMT 07T308 GH330 Tungaloy indexable milling insert — parallelogram form, 85° orientation The ACMT 07T308 GH330 is a carbide indexable insert for Tungaloy milling systems, engineered for face, shoulder, groove and high-feed milling where plate seat, geometry and cutter body must match technically. GH330 grade for enhanced wear resistance Parallelogram form for secure mounting Single-sided chipbreaker for controlled chip flow Engineered for consistent milling performance The insert is manufactured in carbide and specified for milling duties where repeatable tool life and predictable wear are required. The selected GH330 grade balances hardness and toughness to resist abrasive wear while maintaining edge stability, which reduces downtime for insert changes and supports steady production. With an 85° orientation and a 0.8 mm corner radius, the geometry enables reliable edge engagement and surface finish control on typical milling operations. The design focuses on process efficiency and predictable results rather than experimental parameters. Compatibility and mounting advantages that save setup time Designed for use within Tungaloy milling systems, the plate’s parallelogram shape and the specified seat requirements ensure a secure fit when paired with matching cutter bodies. The insert features a cylindrical hole with a one-sided countersink (40°–60°), permitting stable clamping and repeatable positioning. Such mechanical consistency reduces the need for frequent re-adjustment and supports faster tool changes in production workflows. Where tool families permit, the component suits planing, shoulder and contour milling tasks without modifications to the cutter body. Chip control and edge security for reliable performance The single-sided chipbreaker provides directed chip formation to aid evacuation and reduce the risk of built-up edge under varying cutting conditions. Combined with the GH330 wear properties and the precision flank geometry, the insert promotes longer edge life and better surface consistency. The insert thickness of 3.97 mm and the controlled relief angle of 7° contribute to cutting stability under moderate to heavy feed rates, making the component a pragmatic choice for manufacturers seeking steady, repeatable machining performance with a focus on economy and uptime. For original Tungaloy inserts and tailored advice, contact Metav Werkzeuge for ordering and technical clarification — Metav Werkzeuge can verify tool-body compatibility and delivery options. Technical data Article number: 6800879 Manufacturer SKU: TUN6800879 SKU: 6800879-Tungaloy Model series: Fräswendeschneidplatten Label: ACMT07T308 GH330 Tungaloy-Wendeplatte Material: Carbide Facts Cutting angle: 85° Corner radius: 0.8 mm Thickness: 3.97 mm Relief (free) angle: 7° Size designation: 07 Special features Grade: GH330 Form: Parallelogram Chipbreaker: Single-sided Hole: With cylindrical hole + one-side countersink (40°–60°) Typical application: Milling (face, shoulder, groove, high-feed, contour) FAQ What is the corner radius of the insert? The insert has a 0.8 mm corner radius, which supports a balance between edge strength and surface finish for common milling tasks with the ACMT 07T308 GH330 indexable insert. Which geometry and mounting does this insert require? This ACMT 07T308 GH330 insert uses a parallelogram form and a cylindrical hole with a one-sided countersink (40°–60°); the seat and cutter body must match the specified geometry for secure clamping. What material is the insert made from and what grade is used? The insert is manufactured from carbide and uses the GH330 grade, which is chosen to provide a compromise between wear resistance and toughness for milling operations. Is the chip control tailored for a particular milling style? Yes, the single-sided chipbreaker is designed to control chip formation effectively across face, shoulder and contour milling where the tool family and cutting parameters permit its use. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT 07T308 T3130 Wendeplatten - Tungaloy
Take advantage of the combination of carbide construction, the T3130 grade and a 0.8 mm corner radius for reliable edge stability and predictable wear behaviour in demanding milling operations; order the insert directly via Metav Werkzeuge or contact the technical consultants for compatibility advice. ACMT 07T308 T3130 milling insert (Tungaloy) — parallelogram form, 85° cutting angle The ACMT 07T308 T3130 is a parallelogram-shaped carbide indexable insert designed for milling applications, delivering a balance of wear resistance and toughness for general facing, shoulder, slot, high-feed and contour milling. Tungaloy grade T3130 for wear resistance Parallelogram form with 85° cutting angle Corner radius 0.8 mm for versatile finishing Cylindrical hole with countersink for secure clamping Precision and process stability for high-productivity milling The insert is manufactured from carbide and specified in the Tungaloy T3130 grade, combining wear resistance with edge toughness to extend tool life in mixed operating conditions. The parallelogram geometry and 85° cutting angle permit sturdy engagement for shoulder and face milling, while the defined 0.8 mm corner radius supports consistent surface quality without compromising chip formation. These design choices translate into stable cutting forces and predictable tool-change intervals, supporting efficient shop-floor planning and reduced downtime. Secure clamping and repeatable seating for accurate results A secure toolholder interface is essential for repeatable results; the insert includes a cylindrical hole with a single-sided countersink (40°–60°) that ensures positive location and reliable clamping with the matched milling body. Combined with the 3.97 mm plate thickness, the geometry provides mechanical stability under medium axial and radial loads. The single-sided chipbreaker promotes controlled chip flow, reducing re-cutting and helping to maintain edge integrity across long runs. This results in reproducible part tolerances and fewer scrap components. Application scope and compatible materials explained Configured for milling use, the insert is suitable for a wide range of operations — facing, shoulder, slotting, high-feed and contouring — depending on the tool family selected. The carbide substrate and the T3130 specification make the grade appropriate for a broad workpiece range where wear resistance and a robust cutting edge are required. For applications where a different balance of toughness or coating is necessary, choose the matching geometry and tool body that align with the insert’s seating and orientation to ensure optimal performance. For high-process reliability with Tungaloy inserts, request technical guidance or place an order via Metav Werkzeuge; our consultants at Metav Werkzeuge will verify system compatibility and advise on the correct tool body and clamping setup. Technical Data Article number: 6853802 SKU: 6853802-Tungaloy Manufacturer SKU: TUN6853802 Model series: Fräswendeschneidplatten Manufacturer: Tungaloy Core specifications Corner radius: 0.8 mm Plate thickness: 3.97 mm Cutting angle: 85° Relief angle: 7° Size designation: 07 Hole: cylindrical hole + single-sided countersink (40°–60°) Special features Grade / coating: T3130 Material: carbide Single-sided chipbreaker Parallelogram plate form For Tungaloy milling systems; compatible with matched tool bodies for facing, shoulder, slot, high-feed and profile milling FAQ What materials is this insert intended to machine? The insert in Tungaloy T3130 grade is designed for a broad range of workpiece materials where wear resistance and a stable cutting edge are required; suitability depends on the selected tool body and machining parameters. How does the 0.8 mm corner radius affect surface finish? A 0.8 mm corner radius balances strength and finishing capability, providing improved edge life while enabling good surface quality in general milling operations. Which toolholders are compatible with this insert? Compatibility requires a matching Tungaloy milling body with the correct seat geometry; the insert’s cylindrical hole with countersink ensures secure clamping when the toolholder and plate seat are technically matched. Is the chip control suitable for continuous long runs? The single-sided chipbreaker promotes controlled chip evacuation and contributes to consistent edge behaviour in extended production runs when process parameters are maintained. What should be checked before fitting the insert? Confirm that the plate seat, geometry and clamping screw match the insert specification and the tool family; ensure the seating orientation corresponds to the intended operation. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT 100408 AH120 Wendeplatten - Tungaloy
Combine the AH120 PVD-coated carbide grade with a precise 0.8 mm corner radius and a parallelogram form to deliver sharp-edge, process-secure milling results; order the insert directly via Metav Werkzeuge or ask our consultants if needed. ACMT100408 AH120 – milling indexable insert, parallelogram form, 0.8 mm radius | Tungaloy The ACMT100408 AH120 is a PVD-coated carbide indexable insert for milling, designed for use in compatible Tungaloy milling systems where insert seat, geometry and body match to ensure reliable clamping and optimal cutting performance. PVD-coated carbide for wear resistance Optimised for process-safe milling Parallelogram form for versatile cutting 0.8 mm corner radius for precision Cylindrical hole with single-sided countersink High-efficiency cutting with wear-resistant grade The insert's AH120 grade and PVD coating combine to provide improved edge stability and wear resistance during continuous milling. This results in predictable tool life and fewer unscheduled tool changes, which contributes to higher uptime on the shop floor. The description of the coating and carbide explains why cutting edges remain sharp: PVD creates a thin, hard layer that reduces adhesion and wear, while the cemented carbide substrate sustains mechanical strength under load. These technical choices translate directly into cost-efficiency and consistent part quality for series production. Secure seating and versatile system compatibility Designed for use in Tungaloy tool families, the insert requires matching of insert seat, geometry and milling body to achieve correct clamping and torque transmission. The insert comes with a cylindrical hole and a single-sided countersink (40°–60°) to suit common clamping screws and locational features; the parallelogram shape aids in positional flexibility for different tool holders. The 85° principal cutting face and the 7° relief angle support robust engagement in shoulder and plane milling, while the 4.76 mm plate thickness and 10 mm nominal size ensure mechanical stability when mounted. Precision contouring and reliable edge life A 0.8 mm corner radius balances sharpness and strength: small enough to achieve accurate contours and fine shoulder finishes, yet large enough to avoid premature chipping under moderate feed rates. This geometry is particularly suited for finishing passes, contour work and high-feed applications where a consistently sharp edge and process security are required. The one-sided chipbreaker design assists in stable chip formation and evacuation, reducing the risk of built-up edge and improving surface finish on a range of materials. Practical benefits for production workflows Using this PVD-coated carbide insert in a compatible milling system reduces setup variation and simplifies tool management: consistent wear behaviour means fewer adjustments to feeds and speeds over a tool's life. The combination of stable chip formation, robust cutting edge and standardised hole/countersink dimensions supports predictable performance in planing, shoulder, slot and contour milling. For production environments aiming for repeatability and high throughput, the insert offers a balance of productivity and component quality that aligns with modern machining demands. Contact Metav Werkzeuge today for tailored advice on Tungaloy inserts, confirmation of holder compatibility and availability for your milling applications. Technical data Article number: 6816607 Manufacturer article number: 6816607 SKU: 6816607-Tungaloy Manufacturer SKU: TUN6816607 Model series: Fräswendeschneidplatten Material: carbide Plate designation: ACMT100408 AH120 Facts Corner radius: 0.8 mm Relief angle: 7° Principal cutting angle: 85° Plate thickness: 4.76 mm Plate size: 10 mm Special features Parallelogram plate form PVD-coated grade AH120 Single-sided chipbreaker Cylindrical hole with one-sided countersink (40°–60°) With hole Intended use: milling (plan, shoulder, slot, high-feed, contour) FAQ What milling operations suit this insert best? This insert is intended for a wide range of milling tasks: planing, shoulder milling, slotting, high-feed and contour work when used in the appropriate Tungaloy milling bodies. Which materials can be machined with this grade? The AH120 PVD-coated carbide grade is designed for wear- and fracture-resistant milling across a broad material spectrum, providing stable edge life and good process security. How does the 0.8 mm corner radius affect finish and strength? A 0.8 mm radius provides a compromise between a sharp cutting edge for fine finishes and sufficient strength to resist edge chipping, making it suitable for finishing and contouring passes. Is this insert compatible with existing Tungaloy tool families? Compatibility requires matching the insert seat, geometry and milling body; the insert's hole and countersink conform to common clamping arrangements but verification against the specific holder family is recommended. What does the PVD coating provide compared with uncoated grades? The PVD coating reduces flank and crater wear, lowers adhesion tendencies and extends edge life under continuous cutting, resulting in more consistent tool performance. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT 100408 AH140 Wendeplatten - Tungaloy
High-performance, PVD‑coated AH140 grade delivers a sharp cutting edge and extended tool life; the parallelogram 10 mm insert with a 0.8 mm corner radius and secure cylindrical hole with countersink ensures repeatable clamping and precise milling results. Order the insert directly via Metav Werkzeuge or ask our consultants for application matching and availability. ACMT100408 100408 AH140 – Tungaloy indexable insert for milling The ACMT100408 AH140 is a PVD‑coated carbide indexable insert designed for face, shoulder, slot, high‑feed and contour milling within compatible Tungaloy milling systems. PVD‑coated AH140 carbide grade Parallelogram form, 10 mm size Cylindrical hole with countersink 40°–60° 0.8 mm corner radius, single‑sided chipbreaker Consistent cutting performance where sharp edges matter The PVD‑coated AH140 carbide construction provides a balance of wear resistance and edge stability that is particularly beneficial for milling operations requiring a sharp cutting edge and process security. This combination reduces micro‑chipping and helps maintain cutting geometry over longer periods, resulting in more consistent component dimensions and fewer tool changes. The hardened coating also contributes to improved surface finish and predictable tool life under varying cutting conditions. Secure seating and straightforward integration into milling systems The insert’s parallelogram form and the cylindrical hole with single-sided countersink (40°–60°) support stable clamping and accurate seat location in matching tool bodies. With a nominal size of 10 mm, a thickness of 4.76 mm and an 85° lead angle, the geometry is geared towards repeatable positioning and reliable chip evacuation when paired with the correct clamping screw and support pad. Compatibility requires the tool body, insert seat and geometry to match technically; proper matching prevents movement under load and preserves cutting performance. Process stability, productivity and surface quality A single‑sided chipbreaker combined with the sharp edge behaviour of this grade promotes controlled chip formation in a range of milling tasks, from face milling to high‑feed operations. The 0.8 mm corner radius offers a compromise between robustness and detail capability, enabling stronger corners than smaller radii while still supporting good contour definition. The result is higher uptime and high productivity through fewer interruptions for edge dressing or replacement, alongside reproducible workpiece quality across production batches. For confirmation of compatibility with milling bodies or to request delivery details for the Tungaloy ACMT100408 AH140 indexable insert, contact Metav Werkzeuge by email at info@metav-werkzeuge.com or by phone on +49 2822 7131930; our technical consultants will advise on fitment and availability. Technical Data Article number: 6820623 SKU: 6820623-Tungaloy Manufacturer SKU: TUN6820623 Manufacturer: Tungaloy Type: Milling indexable insert Material: carbide Grade / coating: AH140, PVD‑coated Facts Size: 10 mm Thickness: 4.76 mm Corner radius: 0.8 mm Lead angle: 85° Relief angle: 7° Hole: with hole Countersink angle: 40°–60° Special features Parallelogram insert form Single‑sided chipbreaker Cylindrical hole with single‑sided countersink (40°–60°) Suited for face, shoulder, slot, high‑feed and contour milling (depending on tool family) Designed for Tungaloy milling systems; insert seat and geometry must match FAQ What milling tasks is this insert suited for? The ACMT100408 AH140 insert is suitable for face milling, shoulder milling, slotting, high‑feed and contour milling, depending on the assigned tool body and application parameters. What are the advantages of the AH140 PVD coating? The AH140 PVD‑coating increases wear resistance and helps prevent edge chipping, which supports longer tool life and more consistent surface finishes during interrupted or continuous milling. How critical is seat and geometry compatibility for this insert? Compatibility is essential: the insert seat, clamping screw and milling body must match the ACMT100408 geometry to ensure secure clamping and repeatable performance in the Tungaloy system. What does the 0.8 mm corner radius mean for my components? A 0.8 mm corner radius offers improved robustness over finer radii while still allowing for accurate contouring, helping to balance edge strength with detail in component profiles. Can this insert be used in high‑speed milling? The PVD‑coated carbide construction and chipbreaker design allow the insert to perform reliably across a range of cutting speeds; actual cutting parameters should be chosen according to workpiece material and tool body recommendations. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand‑new product from the manufacturer.
ACMT 100408 GH330 Wendeplatten - Tungaloy
Benefit from the combination of the GH330 wear-resistant grade and the precision parallelogram form for stable seating and consistent chip control; the result is reliable, high-throughput milling with reduced downtime. Order the ACMT 100408 GH330 insert directly via Metav Werkzeuge or consult our specialists for application advice. ACMT 100408 GH330 – Indexable milling insert for milling (Tungaloy) ACMT 100408 GH330 is an indexable insert engineered for a broad range of milling operations within Tungaloy milling systems, where insert seat, geometry and cutter body are required to match precisely. Parallelogram shape for stable seating GH330 grade for wear resistance and toughness 0.8 mm corner radius for improved edge strength Cylindrical hole with 40°–60° countersink Increased productivity through controlled wear and chip formation The GH330 grade, applied to a cemented carbide substrate, balances wear resistance, toughness and edge stability, resulting in longer effective tool life under continuous milling loads. As an indexable insert with a dedicated chipbreaker on one side, it promotes consistent chip formation which reduces heat concentration at the cutting edge and helps maintain surface finish across extended runs. This combination is particularly beneficial for repetitive production tasks where predictable tool behaviour and fewer indexings lead to measurable time savings and lower operating costs. Precision seating and mechanical reliability for repeatable results The parallelogram plate form and the central cylindrical hole with one-sided countersink (40°–60°) ensure secure clamping and accurate seating in compatible cutter bodies. Key dimensions such as the 0.8 mm corner radius, 4.76 mm plate thickness and the 7° clearance angle contribute to edge stability and prevent premature chipping when engaged in shoulder, slot or contour milling. Where assembly and geometry match the cutter family, the insert delivers repeatable concentricity and a stable cutting line, which simplifies process set-up and reduces the need for frequent readjustments. Versatile specification for production-oriented milling systems Designed for use in Tungaloy milling tool families, the insert supports a wide spectrum of milling applications from face and shoulder milling to high-feed and contour operations depending on the selected cutter body and geometry. The GH330 microstructure is optimised to offer a reliable balance between abrasive wear resistance and fracture toughness, making this insert a pragmatic choice where consistent performance and predictable tool life are priorities. As a replaceable cutting edge component, it allows quick index changes and reduces overall tooling costs in high-volume machining environments. For reliable, production-ready milling with genuine Tungaloy GH330 indexable inserts, contact Metav Werkzeuge for availability and tailored application support. Technical data Article number: 6800880 Manufacturer SKU: TUN6800880 SKU: 6800880-Tungaloy Model series: Fräswendeschneidplatten Product name: ACMT100408 GH330 Tungaloy-Wendeplatte Facts Corner radius: 0.8 mm Plate thickness: 4.76 mm Plate size: 10 Clearance angle: 7° Geometry angle: 85° Hole: with hole Countersink angle: 40°–60° Special features Material: cemented carbide Grade: GH330 Plate form: parallelogram Chipbreaker: one-sided Intended use: milling Compatibility: for Tungaloy milling systems (matching seat and geometry required) FAQ What milling operations suit this insert best? The ACMT100408 GH330 indexable insert is designed for face, shoulder, slot, high-feed and contour milling depending on the chosen cutter body and geometry within Tungaloy milling systems. How does the GH330 grade affect tool life? The GH330 grade provides a balanced combination of wear resistance and toughness for the cemented carbide insert, which extends effective tool life by improving edge stability under typical milling loads. What are the key dimensions to check before fitting the insert? Verify the 0.8 mm corner radius, 4.76 mm plate thickness, parallelogram form and the central hole with countersink (40°–60°) to ensure correct seating in the cutter body. Is this insert suitable for all Tungaloy milling cutters? The insert is intended for Tungaloy milling systems where insert seat, geometry and cutter body are technically compatible; the insert must be matched to the appropriate cutter family for safe and effective use. What does the one-sided chipbreaker provide? A one-sided chipbreaker aids controlled chip formation and evacuation on the active cutting side, improving surface finish and reducing heat concentration at the cutting edge during continuous milling. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT 100408 T3130 Wendeplatten - Tungaloy
Take advantage of the combination of proven T3130 grade, robust carbide construction and precise geometry for stable, productive milling operations; order directly via Metav Werkzeuge or consult their team for application guidance. ACMT100408 T3130 milling insert — ACMT 100408 T3130 by Tungaloy (0.8 mm radius) An ACMT100408 T3130 indexable insert engineered for face, shoulder, slot and high-feed milling in compatible Tungaloy milling systems. T3130 grade for extended tool life 0.8 mm corner radius for robust cutting edges Parallelogram form for versatile milling geometries Cylindrical hole with single-sided countersink Durable grade engineered for productive milling The insert is produced in a carbide substrate and specified with the T3130 grade, which balances wear resistance and toughness to sustain longer cutting cycles. This composition reduces frequent tool changes, supporting continuous production runs and predictable tool life. The result is measurable process stability and fewer interruptions during face and shoulder milling, contributing to improved throughput and lower overall tooling consumption. Geometry that secures repeatable clamping and accuracy The parallelogram profile and the defined seating geometry ensure stable assembly in designed milling bodies; the insert has a cylindrical hole + single-sided countersink (40°–60°) to match the clamping screw interface. A precise thickness of 4.76 mm and an entry angle of 85° provide predictable engagement angles and repeatability from index to index. Correct matching of the insert seat, geometry and cutter body is essential for safe, repeatable performance. Optimised cutting edge and chip control for consistent surfaces With a 0.8 mm corner radius and a one-sided chipbreaker, the insert offers dependable edge strength while enabling controlled chip formation in a range of milling tasks. The modest corner radius enhances edge robustness under varied feed conditions, while the chipbreaker helps to evacuate chips efficiently, improving surface finish and reducing the risk of built-up edge on the tool. This combination supports both roughing and semi-finishing operations when paired with the appropriate cutter body. Broad milling applications and system compatibility Designed specifically for milling, the insert suits face, shoulder, groove, high-feed and contour milling operations depending on the assigned tool family. It is intended for use in Tungaloy systems where seat, insert geometry and cutter body are technically matched; mismatches can affect clamping security and cutting performance. The insert’s features make it a reliable option where a balance of edge stability, wear resistance and consistent chip control is required. Contact Metav Werkzeuge for availability and tailored application advice on the Tungaloy ACMT100408 T3130 milling inserts — Metav Werkzeuge can advise on compatible cutter bodies and secure supply via info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: 6853803 SKU: 6853803-Tungaloy Manufacturer SKU: TUN6853803 Series: Indexable milling inserts Material: Carbide Grade: T3130 Shape: Parallelogram Facts Size: 10 mm Thickness: 4.76 mm Corner radius: 0.8 mm Relief angle: 7° Cutting angle: 85° Countersink: 40°–60° Special features One-sided chipbreaker Cylindrical hole + single-sided countersink (40°–60°) Intended for milling operations Requires matching seat and cutter body geometry Balances wear resistance and toughness FAQ Which milling operations are suitable for this insert? The ACMT100408 T3130 insert is intended for face, shoulder, groove, high-feed and contour milling when used in compatible Tungaloy milling systems. What performance characteristics does the T3130 grade provide? T3130 offers a combination of wear resistance and toughness that complements the insert geometry, supporting stable cutting and enhanced edge life in milling applications. How does the 0.8 mm corner radius affect operation? A 0.8 mm corner radius increases edge robustness and reduces the risk of edge chipping under interrupted cuts, while still allowing acceptable surface quality for finishing passes. What clamping interface is required for secure use? The insert requires a compatible cutter body that accepts a parallelogram-shaped insert with a cylindrical hole and single-sided countersink; the clamping screw and seat must match this configuration. How is chip control achieved with this insert? Chip control is managed via the one-sided chipbreaker geometry, which promotes predictable chip formation and evacuation during common milling tasks. Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names 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 mentioned brands. The item offered is an original, brand-new product from the manufacturer.
ACMT060202R-G55 WKP35G Wendeplatten - Walter Tools
Take advantage of the combination of consistent chip control, Tiger·tec Gold coating and robust geometry for dependable production cycles; order the insert directly via Metav Werkzeuge or consult our experts for application-specific advice. ACMT060202R-G55 WKP35G — Milling indexable insert (Tiger·tec Gold) by Walter Tools for steel and cast iron machining ACMT060202R-G55 WKP35G — a milling indexable insert designed for productive roughing and finishing operations on steel and cast iron, providing a balance of wear resistance and reliable chip formation Tiger·tec Gold coating for extended tool life Optimised chipbreaker G55 for reliable chips Parallelogram 85° form with 7° relief Suitable for steel (P) and cast iron (K) High-performance grade for steel and cast iron that reduces process variance The ACMT060202R-G55 WKP35G belongs to the Tiger·tec Gold family, a coated carbide solution engineered for broad applicability across steel and cast iron. The combination of coating technology and grade WKP35G improves resistance to abrasive wear and thermal loading typical for these materials. For production environments this translates into longer tool life and fewer insert changes, which reduces downtime and contributes to more consistent cycle times. The term "coated carbide" refers to a hard substrate with a multi-layer surface finish that protects against adhesion and abrasion during cutting. Predictable chip control and stable cutting for safer machining With the chipbreaker G55, the geometry is optimised to produce short, controllable chips when working in steels and cast irons, decreasing the likelihood of entangling swarf and improving surface quality. Chip control is essential when machining interrupted cuts or higher depths of cut, as it maintains process stability and minimises rework. The insert’s engineered chip flow also helps evacuate heat from the cutting zone, supporting consistent cutting conditions and repeatable part quality. Precision geometry that extends service intervals and improves surface finish The insert’s parallelogram 85° shape combined with a 7° relief angle delivers a stable cutting edge engagement and an advantageous cutting orientation for a variety of milling strategies. The small corner radius (0.2 mm) helps achieve a defined edge for controlled finish cuts while limiting edge chipping under moderate feed rates. These geometry choices contribute to stable cutting forces, which helps protect both the toolholder and the machine spindle over extended production runs. Practical process advantages for production environments As an indexable insert, this component allows quick index changes instead of tool replacement, supporting high machine utilisation and straightforward inventory handling. The grade’s balance between toughness and wear resistance makes it suitable for mixed production where batches may include both unalloyed and alloyed steels as well as grey or nodular cast iron. Fewer interruptions for tool maintenance and a predictable replacement cycle support overall equipment effectiveness (OEE) improvements in workshops focused on throughput and repeatability. Contact Metav Werkzeuge for tailored application advice and efficient procurement of Walter Tools Tiger·tec Gold inserts to match specific machining tasks Technical data SKU: ACMT060202R-G55-WKP35G-WALTER Article designation: ACMT060202R-G55 ISO designation: ACMT060202R-G55 WKP35G Product type: Milling indexable insert Manufacturer: Walter Tools Series: Tiger·tec Gold Grade: WKP35G Facts Relief angle: 7° Corner radius: 0.2 mm Insert size: 06 Insert thickness: 02 Geometry: Parallelogram 85° Special features Coating / technology: Tiger·tec Gold Chipbreaker: G55 Material suitability: Steel (P), Cast iron (K) Tolerance class: M Execution: T FAQ What materials is this insert suitable for? The answer: The insert is specified for steel (P) and cast iron (K) applications; the WKP35G grade and Tiger·tec Gold coating are optimised for these material groups. How does the chipbreaker G55 affect machining? The answer: The G55 chipbreaker produces short, consistent chips, improving evacuation and process stability when machining both steels and cast iron with the ACMT060202R-G55 WKP35G insert. What advantages does the Tiger·tec Gold coating provide? The answer: Tiger·tec Gold increases abrasive and thermal wear resistance, which extends insert life and supports higher productivity on challenging materials. Is this insert suitable for finishing and roughing? The answer: Yes; the insert’s geometry and 0.2 mm corner radius allow controlled finishes while the grade toughness supports robust roughing conditions. Which code identifies this specific item for ordering? The answer: Use the SKU ACMT060202R-G55-WKP35G-WALTER or the ISO designation ACMT060202R-G55 WKP35G when specifying or ordering this milling insert. Manufacturer: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany Protected trademarks and trade names remain 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 named brands. The offered article is an original, factory-new item from the manufacturer Walter Tools.
ACMT060202R-G55 WSP45G Wendeplatten - Walter Tools
Take advantage of the combination of cost-effective productivity and high process stability offered by the Tiger‑tec Gold grade; the coated carbide construction and WSP45G chemistry ensure reliable chip control and long tool life. Order the insert directly via Metav Werkzeuge or contact their technical team for selection advice. ACMT060202R-G55 WSP45G milling insert — Tiger‑tec Gold PVD, versatile P/M/S application, Walter Tools The ACMT060202R-G55 WSP45G is a PVD‑coated carbide milling insert engineered for versatile face and shoulder milling of steels, stainless steels and heat‑resistant superalloys in production environments. Tiger·tec Gold PVD-coated cutting grade WSP45G Versatile for steel, stainless steel and superalloys Parallelogram 85° geometry for stable milling Small corner radius 0.2 mm for fine surface finish Durable coating for longer productive tool life The combination of the Tiger‑tec Gold coating and the WSP45G grade provides a balance of toughness and wear resistance that translates into extended tool life and fewer insert changes. PVD coating enhances surface hardness while maintaining edge stability, which reduces flank and crater wear under typical milling loads. For production shops aiming to increase uptime, the coated carbide chemistry offers a measurable improvement in run lengths and cost per component compared with uncoated grades. Geometry that stabilises cutting forces and improves finish The insert’s parallelogram 85° geometry offers an advantageous cutting orientation that promotes stable chip flow and reduced vibration during shoulder milling. Combined with the 7° relief angle and a 0.2 mm corner radius, this geometry supports a consistent surface quality and predictable tool engagement. The small corner radius is particularly suitable where a fine finish is required without sacrificing edge life, and the indexable design supports quick seat changes to keep cycle times low. Multi‑material capability to reduce tool inventories Engineered for P/M/S groups, this grade machines unalloyed and alloyed steel, stainless steel and superalloys without frequent tool swaps. The versatile material compatibility of the grade allows consolidation of tool families in mixed‑material workshops, helping to simplify logistics and reduce stock levels. In practice, this means fewer tool changeovers on multi‑stage programmes and a more efficient production flow, supporting higher overall productivity. Reliable chip control and process security for series production The insert’s G55 chipbreaker and the grade’s tailored edge preparations promote secure chip formation and evacuation even under interrupted cuts typical of face milling. Stable chip control reduces the risk of recutting and tool damage, which increases process security and repeatability. For series production where consistent part quality and uptime are priorities, the insert delivers a dependable combination of wear resistance and edge robustness. Contact Metav Werkzeuge for tailored Walter Tools insert selection and technical advice: info@metav-werkzeuge.com or +49 2822 7131930 Technical data Article number: ACMT060202R-G55-WSP45G-WALTER Name: ACMT060202R-G55 WSP45G Type: Milling insert Manufacturer: Walter Tools Core data Relief angle: 7° Corner radius: 0.2 mm Insert size: 06 Thickness: 02 Tolerance class: M Geometry: Parallelogram 85° Features / Applications Coating series: Tiger‑tec Gold (PVD) Chipbreaker: G55 Material compatibility: Steel, stainless steel, superalloys Execution: T Grade family: WSP45G (tough, versatile PVD grade) FAQ What materials can this insert machine reliably? The ACMT060202R-G55 WSP45G insert by Walter Tools is specified for machining steel, stainless steel and heat‑resistant superalloys (P/M/S groups) and is designed to manage the typical heat and chip characteristics of these materials. How does the Tiger‑tec Gold coating affect performance? The Tiger‑tec Gold PVD coating on the WSP45G grade improves surface hardness and wear resistance, which enhances tool life and process stability in milling operations. When is the 0.2 mm corner radius recommended? A 0.2 mm corner radius is recommended where a fine surface finish is needed while retaining edge strength; it suits finishing and light‑to‑medium roughing where controlled edge contact is required. Which geometry benefits are provided by the parallelogram 85° shape? The parallelogram 85° geometry supports stable cutting engagement and efficient chip flow, which reduces vibration and contributes to consistent surface quality during shoulder and face milling. Is the G55 chipbreaker suitable for interrupted cuts? Yes, the G55 chipbreaker promotes reliable chip control under a range of conditions, including interrupted cuts commonly encountered during face milling, helping to prevent chip packing and tool damage. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Protected trademarks and trade names are the property of their respective owners. Brand names and protected trade names are mentioned for explanatory purposes only. There is no connection between our company and the named brands. The offered article is an original, factory‑new product of the manufacturer. The Walter AG (brand appearance: Walter Tools), headquartered in Tübingen, is one of the world’s leading manufacturers of precision tools for metalworking and is part of the Swedish Sandvik group.
ACMT060204R-G55 WAK15 Wendeplatten - Walter Tools
Take advantage of a specialised solution for aluminium and non‑ferrous machining: the combination of a sharp, uncoated carbide grade and an optimised chipformer delivers clean chips and excellent surface quality, while the parallelogram 85° geometry with 0.4 mm corner radius ensures stable engagement. Order directly via Metav Werkzeuge or contact the consultants for tailored application advice. ACMT060204R-G55 WAK15 milling insert — high‑performance grade for aluminium machining by Walter Tools The ACMT060204R-G55 WAK15 is a parallelogram 85° milling insert designed for precision machining of aluminium and other non‑ferrous metals Walter N‑Series grade WAK15 Uncoated carbide for aluminium machining Parallelogram 85° form, 0.4 mm corner radius 7° relief angle with G55 chipbreaker Faster aluminium throughput with a grade made for non‑ferrous alloys The WAK15 grade is an uncoated carbide developed for efficient cutting of aluminium and similar non‑ferrous materials. Its geometry prioritises sharp cutting edges and low friction to avoid material adhesion, which means fewer interruptions for cleaning and rework. When fitted into a suitable milling cutter body, this indexable insert supports higher cutting speeds typical for aluminium machining and contributes directly to improved cycle times and reduced machining costs. Consistent surface finish through optimised geometry and chip control A stable cutting geometry reduces vibration and produces repeatable results. The parallelogram 85° form, combined with a 0.4 mm corner radius, provides a reliable cutting edge for slotting and light shoulder machining, while the G55 chipbreaker ensures predictable chip formation. The 7° relief reduces rubbing on the flank and helps maintain edge sharpness, resulting in more consistent surface quality and less risk of built‑up edge on soft alloys. Practical application guidance for reliable process integration This insert is intended for machining aluminium and non‑ferrous metals; the sharp edge geometry supports conventional and climb milling strategies depending on the cutter configuration. Cooling strategy and machine rigidity affect results; where possible, maintain stable clamping and avoid excessive axial engagement to preserve the cutting edge. The indexable insert design allows quick edge changes and consistent positioning, supporting short tool change times in production environments. Series support and predictable performance for series production Part of the Walter N‑Series, the insert benefits from standardised tolerances and repeatable manufacturing quality that ease tool selection and replacement. The uncoated WAK15 grade offers good economy for non‑ferrous work and integrates well with Walter Tools milling systems, enabling a predictable process window and reliable tool life when applied within the recommended machining strategy. For production environments seeking consistent aluminium performance, choose Walter Tools inserts from the Walter N‑Series — contact Metav Werkzeuge for application advice and availability at info@metav-werkzeuge.com or by phone on +49 2822 7131930 Technical data Article number: ACMT060204R-G55-WAK15-WALTER Designation: ACMT060204R-G55 WAK15 Type: Milling insert Series: Walter N‑Sortensystem Grade: WAK15 Numbers / Core technical data Relief angle: 7° Corner radius: 0.4 mm Plate size: 06 Plate thickness: 02 Plate form: Parallelogram 85° Tolerance class: M Designs / Special features Uncoated carbide G55 chipbreaker Suited for aluminium and non‑ferrous metals Parallelogram 85° geometry Walter N‑Series FAQ What materials is this insert best suited to machine? The ACMT060204R-G55 WAK15 insert is optimised for aluminium and other non‑ferrous metals; the WAK15 grade and sharp geometry reduce material adhesion and improve finish on soft alloys. How does the G55 chipbreaker affect machining? The G55 chipbreaker on the ACMT060204R-G55 WAK15 promotes controlled chip formation for small to medium‑depth cuts, improving process stability and reducing the chance of tangled chips during aluminium milling. Can this insert be used for slotting and shoulder milling? Yes — the parallelogram 85° form and 0.4 mm corner radius make the insert suitable for both light shoulder work and slotting operations in aluminium and similar materials. Is the insert coated or uncoated and why does that matter? The insert is uncoated carbide (WAK15), which is preferred for many aluminium applications because it provides a very sharp cutting edge and minimises heat build‑up and adhesion compared with some coated grades. Which product series does this insert belong to and what are the benefits? This item is part of the Walter N‑Series; the series offers standardised tolerances, repeatable edge geometry and consistent performance for series production. Manufacturer: Walter Tools; Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen, Germany Protected trademarks and trade names are the property of their respective owners. Brand names and protected product names are mentioned for explanatory purposes only. There is no connection between our company and the named brands. The offered item is original, brand‑new goods from the manufacturer.
ACMT060204R-G55 WKK25G WKK25G Wendeplatten - Walter Tools
Take advantage of the combination of Tiger·tec Gold coating, a dedicated WKK25G grade for abrasive materials, and the G55 chipbreaker for consistent chip control; order directly via Metav Werkzeuge or consult our team for tailored recommendations. ACMT060204R-G55 WKK25G milling insert (Tiger·tec Gold) by Walter Tools — for cast iron machining ACMT060204R-G55 WKK25G is an indexable milling insert engineered for efficient machining of cast iron components, combining a wear-resistant grade with a dedicated chipbreaker and a parallelogram geometry. Tiger·tec Gold coated for wear resistance Optimised for cast iron (ISO group K) Parallelogram 85° geometry for secure clamping Chipbreaker G55 for controlled, short chips Consistent performance on abrasive cast iron The combination of the WKK25G grade and the Tiger·tec Gold coating delivers a stable cutting edge designed to resist the abrasive wear characteristic of cast iron. The grade is specifically tuned to manage the short, breaking chips typical of cast materials, which results in fewer interruptions and a more predictable tool life. The G55 chipbreaker actively forms and controls chips, reducing the risk of re-cutting and helping to maintain a steady surface finish; this leads to measurable productivity gains and lower overall tooling costs. Technical terms: the coating increases hardness and thermal resistance, meaning less flank wear under comparable cutting conditions. Robust geometry for reliable milling and repeatability The insert’s parallelogram 85° shape and 7° relief angle ensure a secure seat in milling cutters and consistent engagement with the workpiece, while the 0.4 mm corner radius balances edge strength with surface quality. A nominal thickness of 2 mm provides structural rigidity for interrupted cuts common in cast iron components. Tolerance class M indicates a standardised dimensional accuracy that supports interchangeability and predictable tool setting. In practice, this geometry reduces chatter, improves tool life stability, and simplifies process planning for series production. Application focus and process advice Designed for machining cast iron per ISO grouping, the insert suits a range of finishing and mid-range roughing tasks where chip control and edge life are priorities. The WKK25G sort is categorised for abrasive, short-chip conditions and is therefore particularly effective when cutting grey and nodular cast irons. For best results use a toolholder matched to the parallelogram seat and ensure stable clamping; the controlled chip formation from the G55 breaker will help maintain coolant flow and surface integrity. If process parameters require fine-tuning or if there is uncertainty about compatibility with a specific cast grade, consult the technical team for tailored feed and speed recommendations. Order Walter Tools Tiger·tec Gold inserts via Metav Werkzeuge for consistent cast iron machining performance — contact Metav Werkzeuge for application advice and local availability (info@metav-werkzeuge.com / +49 2822 7131930) Technical data SKU: ACMT060204R-G55-WKK25G-WALTER Designation: ACMT060204R-G55 WKK25G Product type: Milling insert (indexable insert) Manufacturer: Walter Tools Core data Grade: WKK25G Coating: Tiger·tec Gold Chipbreaker: G55 Plate form: Parallelogram 85° Corner radius: 0.4 mm Relief angle: 7° Plate size: 06 Thickness: 2 mm Tolerance class: M Execution: T Special features Material application: cast iron (ISO group K) Sorteneinsatz: wear-resistant for abrasive cast materials Series: Tiger·tec Gold Material symbol: K Story trigger: indexable inserts FAQ Which materials is this insert intended for? The ACMT060204R-G55 WKK25G insert is intended primarily for cast iron (ISO group K), with the WKK25G grade optimised for abrasive, short-chip conditions encountered in such materials. How does the Tiger·tec Gold coating benefit machining? The Tiger·tec Gold coating on the ACMT060204R-G55 enhances thermal resistance and wear protection, which contributes to longer edge life and improved process stability when machining abrasive cast iron. What role does the G55 chipbreaker play? The G55 chipbreaker produces short, controlled chips, reducing the risk of chip entanglement and improving surface quality; this is particularly useful when machining grey or nodular cast iron. Which insert geometry suits interrupted cutting? The parallelogram 85° form and 0.4 mm corner radius of this insert provide a rigid seat and robust cutting edge, making it suitable for interrupted and stable milling operations in cast iron applications. Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen Protected trademarks and trade names are the property of their respective owners. Brand names and protected trademarks are mentioned for explanatory purposes only. There is no affiliation between our company and the named brands. The offered article is original, factory-new goods from the manufacturer.
ACMT060204R-G55 WKP25S Wendeplatten - Walter Tools
Take advantage of the combination of Tiger‑tec Silver technology, the WKP25S coated‑carbide grade and precise G55 chip control for consistent milling results in steel and cast iron; order the ACMT060204R‑G55 WKP25S insert directly via Metav Werkzeuge or ask our consultants if needed. ACMT060204R-G55 WKP25S milling insert — Tiger‑tec Silver, G55 chipbreaker (Walter Tools) The ACMT060204R‑G55 WKP25S is a milling insert designed for efficient material removal in steel and cast iron, combining a robust coated‑carbide grade with geometry optimised for reliable chip formation Tiger‑tec Silver coating for extended life Optimised for steel and cast iron machining Precise 7° clearance geometry Parallelogram 85° insert with 0.4 mm radius Consistent performance where heat and abrasion matter The WKP25S grade is a coated carbide solution within the Tiger‑tec Silver family, formulated to balance wear resistance and toughness for industrial milling. Its specification makes it particularly suitable for the thermal and abrasive conditions encountered when machining steel and cast iron, as classified by ISO 513 (P and K groups). The coating reduces flank and crater wear, which translates into longer tool life and fewer index changes on production lines, improving uptime and lowering overall machining costs. Geometry tailored for stable chip control and accuracy A parallelogram 85° insert form combined with the G55 chipbreaker delivers controlled chip shaping and predictable breakage patterns during interrupted or continuous cuts. The 7° relief angle minimises rubbing while the 0.4 mm corner radius supports a balance between strength and edge definition, maintaining surface quality in shoulder milling and trochoidal passes. These geometric choices help achieve repeatable part tolerances and reduce secondary finishing work, supporting higher process reliability in batch and series production. Practical benefits for workshop productivity The insert’s design emphasises pragmatic advantages: the coated grade reduces the sensitivity to cutting‑edge temperatures, while the chipbreaker design helps evacuate swarf efficiently, lowering the risk of recutting. As a result, cycle times can be shortened and tool changes become more predictable. For operations seeking a robust, versatile indexable insert that covers a broad material spectrum, this solution offers process security and easier tooling management without requiring specialised setups. For production enquiries or to discuss the optimal cutting data for Walter Tools ACMT060204R‑G55 WKP25S, contact Metav Werkzeuge for tailored advice and fast delivery options Technical data Article number: ACMT060204R-G55-WKP25S-WALTER SKU: ACMT060204R-G55-WKP25S-WALTER Label: Fräswendeschneidplatte ACMT060204R-G55 WKP25S Walter Tools Facts Series: Tiger‑tec Silver Grade: WKP25S Chipbreaker: G55 Relief/clearance angle: 7° Corner radius: 0.4 mm Insert form: Parallelogram 85° Size designation: 06 Thickness designation: 02 Tolerance class: M Special features Coated carbide (beschichtetes Hartmetall) Suitable for steel (P) and cast iron (K) per ISO 513 Optimised for stable chip formation and abrasive wear Brand: Walter Tools Application: general milling operations requiring wear resistance and process security FAQ What materials is this insert suitable for? The ACMT060204R‑G55 WKP25S is specified for steel and cast iron machining, matching the P and K groups of ISO 513. What benefit does the Tiger‑tec Silver series provide? Tiger‑tec Silver offers a coated solution that improves wear resistance and heat management, extending tool life for demanding milling tasks. How does the G55 chipbreaker help in everyday use? The G55 chipbreaker promotes defined chip formation and evacuation, reducing recutting and helping maintain consistent surface finish and tool life during milling. Is the geometry suitable for shoulder milling and slotting? The parallelogram 85° form with a 0.4 mm corner radius and 7° relief provides a compromise between edge strength and accessibility, making it suitable for shoulder milling and many slotting operations. 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.
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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