P26300-0601-D61 WSM37G Wendeplatten - Walter Tools

Take advantage of the Tiger·tec Gold coating and the WSM37G grade for a combination of reliable edge stability and secure chip formation when machining stainless steel and heat‑resistant alloys; order the insert directly via Metav Werkzeuge or consult the advisors for process optimisation.

P26300-0601-D61 WSM37G – Threading insert with Tiger·tec Gold coating, Walter Tools

The P26300-0601-D61 WSM37G is a threading insert engineered for secure chip control and consistent edge life when machining stainless steel and heat‑resistant superalloys in demanding turning applications

• Tiger·tec Gold coating for high wear resistance
• WSM37G grade for stainless steel and superalloys
• Optimised 0601‑D61 chipbreaker for secure chip control
• Walter Tools quality for consistent edge stability

Longer tool life thanks to coating and grade

The combination of the Tiger·tec Gold coating and the WSM37G grade offers enhanced heat resistance and wear protection, which translates into a longer effective tool life and fewer index changes. Coated carbide substrates reduce flank wear and support a stable cutting edge, critical when machining materials that tend to work‑harden or generate high temperatures. For production environments this means fewer interruptions and improved process consistency, particularly when turning threads in stainless steel or other ISO group M components.

Predictable chip control and improved thread quality

The 0601‑D61 chipbreaker geometry is optimised to produce short, controllable chips and to guide material flow away from the cutting zone. That controlled chip formation reduces the risk of built‑up edge and helps maintain thread form accuracy, which is especially important on ductile materials and heat‑resistant alloys. Explaining the term: a chipbreaker is a machined relief or contour on the insert that modifies how the chip curls and breaks; an effective design reduces downtime and protects the workpiece surface finish.

Practical application guidance and compatibility

This threading insert is suitable for heavy‑duty machining tasks and, depending on insert geometry, for stainless steel and high‑temperature nickel and cobalt alloys (ISO groups M and S). When selecting an indexable insert for thread turning operations, the combination of grade and chipbreaker determines both wear behaviour and surface outcome. For process planning, pair the insert with stable toolholders and ensure appropriate cutting parameters for the chosen material group to exploit the WSM37G performance fully. For further technical details or cutting data, Metav Werkzeuge provides advisory support to align tool choice with production goals.

Contact Metav Werkzeuge today to discuss suitability of the Tiger·tec Gold P26300-0601-D61 WSM37G threading insert for stainless steel and superalloys — email info@metav-werkzeuge.com or call +49 2822 7131930

Technical Data

• SKU: P26300-0601-D61-WSM37G-WALTER
• Article designation: P26300-0601-D61 WSM37G
• Type: Threading insert
• Grade: WSM37G
• Series: Tiger·tec Gold
• Chipbreaker: 0601‑D61
• Material class: S / M
• Manufacturer: Walter Tools
• UID: P26300-0601-D61-WSM37G-WALTER

Facts

• ISO material groups: M, S
• Chipbreaker code: 0601‑D61
• Material class designation: S / M

Special features

• Coating: Tiger·tec Gold
• Substrate: coated carbide
• Application: stainless steel and heat‑resistant superalloys
• Design: thread‑cutting insert
• Benefit: optimised chip control and edge stability

FAQ

Which materials can be machined with this insert? The insert is designed for machining stainless steel and heat‑resistant superalloys (ISO groups M and S); the WSM37G grade supports secure chip formation in these materials.

What does the Tiger·tec Gold coating provide? The Tiger·tec Gold coating increases heat resistance and reduces flank wear, resulting in longer tool life and more consistent thread quality when using the P26300‑0601‑D61 WSM37G insert.

How does the 0601‑D61 chipbreaker affect machining? The 0601‑D61 chipbreaker promotes short, manageable chips and guides chip flow away from the cutting zone, improving surface finish and reducing the risk of built‑up edge during thread turning.

Is this insert suitable for high‑speed machining? The coated grade and robust chipbreaker are suitable for elevated cutting conditions typical of challenging materials, but optimal speeds depend on machine rigidity, toolholder choice and the specific workpiece alloy.

Manufacturer: Walter Tools (Walter AG), Tübingen, Germany