ADMT10T332R-F56 WSM45X T Wendeplatten - Walter Tools

Take advantage of the combination of a heat-resistant, coated carbide grade and a stabilising geometry that ensures reliable chip control and consistent lifetime in demanding materials; order directly via Metav Werkzeuge or consult our specialists for application-specific recommendations.

ADMT10T332R-F56 WSM45X – indexable milling insert, 15° relief, 3.2 mm corner radius (Walter Tools)

The ADMT10T332R-F56 WSM45X is an indexable milling insert engineered for machining stainless steel and high-temperature alloys in demanding production environments

• Coated carbide grade WSM45X
• Designed for stainless steel and superalloys
• Parallelogram 85° with 3.2 mm corner radius
• Chipbreaker F56 for controlled chip formation

Proven performance with challenging materials

The insert’s WSM45X coating and carbide substrate deliver a balance of wear resistance and toughness that supports productive machining of stainless steel and heat-resistant superalloys. The combination of a wear-optimised grade and a dedicated chipbreaker F56 reduces the risk of built-up edge and promotes stable chip flow, which translates into fewer interruptions and longer effective tool life. For operations where thermal loading and material adhesion are major concerns, this grade helps maintain consistent cutting behaviour and component quality.

Geometry designed for stability and predictable results

A parallelogram 85° form, 15° relief angle and 3.2 mm corner radius provide the mechanical stability required during heavy engagement cuts while still allowing acceptable surface finishes in semi-finish passes. The T3 plate thickness contributes to vibration damping and secure clamping in standard toolholders. Together, these features reduce flank wear and support repeatable dimensional accuracy, making the insert suitable for production runs where process reliability is paramount.

Coating and grade advantages for productivity

The coated WSM45X grade is formulated for thermal resistance and stable edge retention under the stresses typical of difficult-to-cut alloys. Coating properties support lower friction at the cutting zone and improved resistance to micro-welding on the edge, which helps to preserve sharpness and reduce edge chipping. The result is a measurable improvement in cycle-time consistency and a reduction in scrap rates when machining components from challenging alloys.

Practical application guidance and handling

The insert is best applied where secure chip control and edge stability are needed—typical uses include roughing and mixed rough/finish passes in stainless steel and nickel- or cobalt-based alloys. The indexable milling insert is replaced when wear criteria are reached rather than reconditioned; this keeps setups predictable and downtime minimal. For process setup, pair the insert with rigid holders and moderate depths of cut to exploit the geometry; adapt speeds and feeds to the chosen machine and workpiece clamping to avoid excessive heat build-up.

Contact Metav Werkzeuge for tailored process recommendations and to secure genuine Walter Tools inserts for immediate delivery; phone +49 2822 7131930 or eMail info@metav-werkzeuge.com

Technical data

• SKU: ADMT10T332R-F56-WSM45X-WALTER
• Product: Fräswendeschneidplatte (indexable milling insert)
• Brand: Walter Tools
• Grade: WSM45X
• Chipbreaker: F56
• Series: Walter Schneidstoffsorte - Serie offen

Facts

• Relief angle: 15°
• Corner radius: 3.2 mm
• Plate form: Parallelogram 85°
• Plate size: 10
• Plate thickness: T3
• Tolerance class: M

Special features

• Coated carbide material
• Suitable for stainless steel (ISO group M)
• Suitable for high-temperature superalloys and titanium (ISO group S)
• Stable chip formation and improved edge life
• Designed for productive machining and process reliability

FAQ

What materials is this insert optimised for?
The ADMT10T332R-F56 WSM45X insert is optimised for stainless steel and heat-resistant superalloys; the WSM45X grade supports secure chip formation and edge stability in these groups.

How does the F56 chipbreaker influence machining?
The F56 chipbreaker shapes and controls chip flow to prevent long, stringy chips and to reduce the likelihood of built-up edge when machining challenging alloys.

Which geometric features support dimensional stability?
The parallelogram 85° form, 15° relief angle and 3.2 mm corner radius contribute to mechanical rigidity and predictable cutting forces during heavy engagement cuts.

Is this insert suitable for finishing passes?
Depending on the holder and cutting parameters, the insert can be used for semi-finish and certain finishing operations; smaller depths of cut and optimised feeds improve surface quality.

What is the correct way to replace and index the insert?
Replace the insert when wear limits are reached; ensure the seating and clamping surfaces are clean and the toolholder torque specifications are respected to maintain repeatability.

Hersteller: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany

Protected trademarks and trade names are the property of their respective owners. Brand names and protected product names are mentioned for explanatory purposes only. There is no affiliation between our company and the mentioned brands. The offered item is an original, factory-new product of the manufacturer.