RNMX1005M0-G57 WSM35G WSM35G Wendeplatten - Walter Tools

Take advantage of the combination of Tiger‑tec Gold coating, a stable cutting edge and suitability for stainless steels and heat‑resistant alloys to keep milling processes productive and predictable; order the insert directly via Metav Werkzeuge or ask the consultants for application advice.

RNMX1005M0-G57 WSM35G milling indexable insert — Tiger‑tec Gold, negative 0° geometry | Walter Tools

A RNMX1005M0-G57 WSM35G milling indexable insert optimised for the reliable machining of stainless steels and high‑temperature alloys in precision milling operations.

• Tiger‑tec Gold coating for heat resistance
• Suitable for stainless steels and superalloys
• Round insert, diameter 10 for compact toolholders
• Chipbreaker G57 for controlled chip formation

Productive performance for difficult‑to‑machine materials

The Tiger‑tec Gold coated grade WSM35G delivers a focused advantage when machining stainless steels and heat‑resistant superalloys. The coating system increases thermal resistance and reduces flank wear, so the cutting edge remains stable under elevated temperatures. As a result, cycle times are shortened and process stability is improved; the technology supports secure chip formation in materials that tend to form built‑up edge or generate high thermal loads.

Geometry and edge design that stabilise the cut

A round plate geometry combined with a negative 0° rake produces a robust cutting edge that tolerates higher radial engagement and interrupted cuts. The chipbreaker G57 is engineered to control chip flow and reduce tensile loads on the insert, which leads to consistent surface quality and fewer tool changes. For practical terms: the design permits higher feed rates with an emphasised margin of safety for the toolholder and spindle.

Operational benefits: tool life and reproducibility

The coated cemented carbide grade provides a balance between wear resistance and toughness. This is particularly beneficial for medium‑to‑highly alloyed workpieces where thermal and mechanical stresses alternate. The result is a longer usable life per index and more reproducible performance across batches. Economically, this supports fewer interruptions for insert replacement and a more predictable tool‑consumption profile in production environments.

Integration into milling workflows and recommended use

The insert is intended for use in milling cutters that accept round indexable plates and is compatible with compact setups where tool rigidity is limited. Typical applications include finishing and semi‑finishing passes in aerospace and energy components made from titanium alloys and stainless steels. Selection of cutting parameters should prioritise controlled feeds and adequate coolant strategies to exploit the coating’s thermal advantages while preserving edge integrity.

For milling tasks that demand thermal stability and reliable chip control, contact Metav Werkzeuge for supply and cutting‑data recommendations for the Walter Tools Tiger‑tec Gold RNMX1005M0‑G57 WSM35G insert — eMail: info@metav-werkzeuge.com · Tel: +49 2822 7131930

Technical Data

• Article number: RNMX1005M0-G57-WSM35G-WALTER
• Designation: RNMX1005M0-G57 WSM35G
• Product type: milling indexable insert
• Manufacturer: Walter Tools
• Series: Tiger‑tec Gold
• Grade: WSM35G
• Material class: S / M
• Form: round

Data

• Plate size: 10
• Plate thickness: 05
• Free cutting angle: 0° (negative)
• Tolerance class: M
• Chipbreaker: G57

Special features

• Coating: Tiger‑tec Gold
• Applicable materials: stainless steels (M), heat‑resistant superalloys and titanium (S)
• Execution: X
• Shape: round
• Robust cutting edge for interrupted cuts

FAQ

What materials is this insert suited for?
The RNMX1005M0‑G57 WSM35G insert is specified for stainless steels (ISO group M) and heat‑resistant superalloys and titanium (ISO group S), exploiting the Tiger‑tec Gold coating for thermal resistance.

How does the G57 chipbreaker affect machining?
The G57 geometry promotes controlled chip segmentation and evacuation, reducing the risk of built‑up edge and supporting consistent surface finishes when the RNMX1005M0‑G57 insert is used.

Is the negative 0° geometry suitable for shoulder milling?
Yes; the negative 0° geometry provides a robust edge that tolerates higher radial engagement and is therefore suitable for demanding shoulder or interrupted milling operations.

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

Protected trademarks and product names are the property of their respective owners. Mention of brand names such as Walter Tools is for explanatory purposes only. The offered article is an original, factory‑new product of the manufacturer.