GX24-2E280L02-VG7 WSM23S WSM23S Wendeplatten - Walter Tools

Take advantage of the Tiger‑tec Silver coating and the WSM23S grade for reliable machining of stainless steel and heat‑resistant superalloys; the result is a stable cutting edge, improved process security and longer tool life. Order the insert directly via Metav Werkzeuge or contact the consultants for application advice.

GX24-2E280L02-VG7 WSM23S turning indexable insert — Tiger‑tec Silver grade for stainless steel and superalloys | Walter Tools

A GX24-2E280L02-VG7 WSM23S turning indexable insert designed for demanding turning operations in stainless steel and heat‑resistant superalloys, offering a coated carbide grade and a chipbreaker geometry optimised for secure chip formation

• Tiger‑tec Silver coating for durability
• WSM23S grade for stainless steel and S‑materials
• Stable cutting edge and process security
• Geometry 2E280L02‑VG7 for controlled chip flow

Improved process security when machining stainless steel and superalloys

The combination of the WSM23S grade and Tiger‑tec Silver coating delivers enhanced thermal resistance and abrasion protection, which supports a stable cutting edge during challenging cuts. For materials that generate heat and tend to work‑harden—such as stainless steel and heat‑resistant superalloys—this insert’s engineered grade reduces the risk of build‑up on the cutting edge and enables more consistent cycle times. The coating also helps to maintain flank and crater wear characteristics, extending the interval between index changes and lowering tool handling time.

Coating and grade translate into tangible productivity gains

A coated carbide grade tuned to high temperatures offers measurable benefits in daily production. By resisting thermal degradation and preserving edge integrity, the insert reduces scrap rates and supports higher cutting parameters where appropriate. The WSM23S grade is particularly suitable for parts that require dimensional consistency and good surface quality; the coating minimises adhesion and eases chip evacuation, which contributes to predictable machining outcomes and a more economical process overall.

Geometry and chip control for repeatable surface finish

The chipbreaker coded 2E280L02‑VG7 is designed for controlled chip formation in turning operations, balancing chip segmentation with low cutting forces. Controlled chips improve surface finish and reduce the chance of secondary damage to the workpiece. For workshops seeking reliable, repeatable results on stainless steel components or on components made from temperature‑resistant alloys, the insert’s geometry supports stable cutting conditions and simplifies machine setup, resulting in shorter set‑up times and fewer interruptions.

Specify Walter Tools Tiger‑tec Silver grade WSM23S when enquiring — Metav Werkzeuge can advise on the ideal geometry and delivery options for specific stainless steel applications

Technical data

• Article number: GX24-2E280L02-VG7-WSM23S-WALTER
• Designation: GX24-2E280L02-VG7 WSM23S
• Product type: Turning indexable insert
• Series: Tiger‑tec Silver

Facts

• No numerical cutting data provided

Special features

• Coating technology: Tiger‑tec Silver
• Grade: WSM23S (coated carbide)
• Suitable for: stainless steel; heat‑resistant superalloys and titanium
• Chipbreaker geometry: 2E280L02‑VG7

FAQ

What materials is this insert suited for?
The GX24-2E280L02-VG7 WSM23S insert is intended for machining stainless steel and for many heat‑resistant superalloys; the WSM23S grade supports secure chip formation and edge stability in those groups.

How does the Tiger‑tec Silver coating benefit machining?
Tiger‑tec Silver on the WSM23S grade enhances thermal and abrasive resistance, which helps to preserve the cutting edge and extend useful life during demanding turning operations.

Which geometry should be chosen for better chip control?
The 2E280L02‑VG7 chipbreaker geometry is tailored for controlled chip segmentation and low cutting forces, improving surface finish and reducing interruption risk in continuous turning.

Is this insert suitable for titanium alloys?
Yes; depending on the component and cutting conditions, the WSM23S grade is applicable to titanium and similar difficult‑to‑machine alloys thanks to its heat‑resistant properties.

How is tool life affected compared with uncoated grades?
Compared with standard uncoated carbide, the coated WSM23S grade with Tiger‑tec Silver typically offers improved wear resistance and longer intervals between index changes under comparable conditions.

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Manufacturer/Responsible: AB Sandvik Coromant, Mossvägen 10, 811 34 Sandviken, Sweden; support.coromant@sandvik.com