ADMT120430R-F56 WSM35G T Wendeplatten - Walter Tools

Take advantage of a combination of high wear resistance, secure chip control and a geometry engineered for stable clamping; order directly via Metav Werkzeuge or consult our technical team for material-specific cutting data.

ADMT120430R-F56 WSM35G milling insert – Tiger·tec Gold for stainless steels and superalloys | Walter Tools

A robust ADMT120430R-F56 WSM35G milling insert engineered for reliable machining of stainless steels and heat‑resistant superalloys, optimised for secure clamping and consistent chip formation

• Tiger·tec Gold coated for long tool life
• Optimised for stainless steels and superalloys
• Parallelogram 85° geometry for secure clamping

Longer service life through advanced coating technology

The Tiger·tec Gold coating combined with the WSM35G grade provides a wear‑resistant, coated‑carbide structure that reduces flank wear and delays edge breakdown during demanding operations. This material combination is particularly effective when machining ISO group M materials (rostfreie Stähle) and S group alloys (heat‑resistant superalloys and titanium), where thermal loads and adhesive tendencies can shorten tool life. The result is more predictable performance and fewer tool changes, which supports higher machine utilisation and lower per‑part costs.

Geometry and edge design for secure, controlled cutting

A parallelogram 85° plate form with a 15° relief angle and a corner radius 3 delivers a reliable seat and cutting‑edge orientation that resists chipping under heavy engagement. The integrated chipbreaker F56 is tuned for stable chip formation in tough materials, lowering the risk of built‑up edge and improving surface quality. These geometry choices favour shoulder and face milling operations where process security and repeatable surface finish are required.

Process efficiency and consistent production results

The indexable insert’s construction emphasises reproducible cutting behaviour and stable edge life, supporting efficient batch processing and reduced setup variability. Using a coated grade like WSM35G means a combination of thermal resistance and edge stability, which often leads to fewer interruptions for tool changes and smoothing of production flow. Metav Werkzeuge can provide additional cutting‑parameter recommendations to align the insert’s strengths with centre‑line speeds and feed rates in specific applications.

Contact Metav Werkzeuge for tailored advice on the Walter Tools ADMT120430R-F56 WSM35G milling insert and request detailed cutting data via info@metav-werkzeuge.com or by phone on +49 2822 7131930

Technical Data

• Article number: ADMT120430R-F56-WSM35G-WALTER
• Name: ADMT120430R-F56 WSM35G
• Manufacturer: Walter Tools
• Product type: Milling insert (indexable)

Facts

• Relief angle: 15°
• Corner radius: 3
• Plate size: 12
• Thickness code: 04
• Tolerance class: M

Special features

• Coating: Tiger·tec Gold
• Grade: WSM35G (coated carbide)
• Chipbreaker: F56
• Plate form: Parallelogram 85°
• Material suitability: M (stainless steels), S (superalloys/titanium)
• Series: Tiger·tec Gold

FAQ

Is this insert suitable for stainless steels and high‑temperature alloys?
The ADMT120430R-F56 WSM35G insert is specifically designed for ISO group M (rostfreie Stähle) and S materials, combining the Tiger·tec Gold coating and the WSM35G grade to improve thermal resistance and edge stability during machining.

What does the chipbreaker F56 provide in practice?
Chipbreaker F56 promotes controlled chip formation and evacuation in demanding materials, reducing the likelihood of built‑up edge and improving surface finish when using this Walter Tools milling insert.

How does the parallelogram 85° form affect clamping and cutting?
The parallelogram 85° geometry ensures a secure seat and a favourable cutting angle for shoulder and face milling, contributing to reduced vibrations and consistent cutting forces with the ADMT120430R‑F56 design.

Which operations benefit most from the WSM35G grade?
Operations that involve interrupted cuts, high temperatures or sticky workpiece behaviour—typical in stainless steels and superalloys—benefit from the wear resistance and edge stability of the WSM35G grade and the Tiger·tec Gold coating.

How does the corner radius influence surface quality?
A corner radius of 3 helps distribute cutting forces and supports a more robust cutting edge, often improving surface finish and extending edge life under moderate to heavy cutting conditions.

Manufacturer / Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen

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