GX24-3E400N04-UF8 WSM23S WSM23S Wendeplatten - Walter Tools

Benefit from proven heat resistance and edge stability thanks to the Tiger·tec Silver technology and the WSM23S coated‑carbide grade; the result is consistent tool life and secure chip control for demanding stainless and superalloy turning. Order the GX24‑3E400N04‑UF8 WSM23S insert directly via Metav Werkzeuge or consult our specialists for application advice.

GX24-3E400N04‑UF8 WSM23S — Indexable turning insert, Tiger·tec Silver, Walter Tools

A GX24-3E400N04‑UF8 WSM23S indexable turning insert engineered for heavy and heat‑generating workpieces, optimised for machining stainless steels and high‑temperature alloys in precision turning applications

• Tiger·tec Silver coating for thermal stability
• WSM23S coated carbide grade for tough materials
• Optimised chip control with 3E400N04‑UF8 geometry
• Suitable for stainless steels and superalloys

Longer, more predictable tool life for tough alloys

The combination of Tiger·tec Silver coating and the WSM23S grade provides a balance of thermal resistance and edge toughness that lengthens productive tool life. Coated carbide refers to a substrate of cemented carbide that is finished with a hard, wear‑resistant layer; this reduces flank wear and supports consistent cutting under elevated temperatures. For operations where heat builds up rapidly—typical when machining stainless steels or nickel‑based alloys—the coated surface delays the onset of micro‑cracking and crater wear, translating to fewer insert changes and steadier component quality. The clear technical benefit is reduced downtime and predictable cycle times in series production.

Stable chip formation and reliable process security

The 3E400N04‑UF8 chipbreaker geometry is designed to control swarf and maintain a stable cutting edge in challenging materials, improving surface finish and reducing the risk of built‑up edge. Controlled chip flow lowers the probability of entanglement or re‑cutting, which in turn preserves the insert’s edge and the workpiece integrity. In practical terms, stable chip control means fewer interruptions in long turning cycles and more consistent dimensional results. This geometry, combined with the coated‑carbide composition, delivers process security—a decisive advantage when reproducibility and component finish are critical.

Clear guidance for machining and material selection

Understanding the ISO material groups helps set expectations: M denotes stainless steels, which demand good heat management and edge stability; S denotes heat‑resistant superalloys and titanium, which require extreme thermal resistance. The insert’s design targets these groups, offering an application window where indexable inserts perform reliably under high thermal load and variable cutting conditions. For best results, select cutting speeds and feeds aligned to workpiece stiffness and machine power, favouring stable setups over aggressive parameters to exploit the insert’s strength: extended edge life and consistent surface quality.

Contact Metav Werkzeuge for tailored cutting data, grade recommendations and to secure Tiger·tec Silver WSM23S inserts from Walter Tools

Technical Data

• SKU: GX24-3E400N04-UF8-WSM23S-WALTER
• Designation: GX24-3E400N04‑UF8 WSM23S
• Product type: Indexable turning insert
• Manufacturer: Walter Tools

Core data

• Grade: WSM23S
• Series: Tiger·tec Silver
• Chipbreaker / Geometry: 3E400N04‑UF8
• Material groups: S / M

Special features

• Coated carbide (Tiger·tec Silver technology)
• Suitable for stainless steels and heat‑resistant superalloys
• Optimised for stable chip formation and edge endurance
• ISO designation: GX24‑3E400N04‑UF8 WSM23S

FAQ

Which materials can be machined with this insert?
The insert is designed for stainless steels (ISO group M) and heat‑resistant superalloys and titanium (ISO group S), offering thermal resistance and edge stability for these demanding materials.

What coating and carbide grade does the insert use?
It features the Tiger·tec Silver technology applied to a WSM23S coated‑carbide grade, combining wear resistance with toughness for elevated temperatures.

How does the 3E400N04‑UF8 chipbreaker help in production?
The 3E400N04‑UF8 geometry promotes compact, controllable chips and reduces the risk of built‑up edge, supporting consistent surface finish and longer insert life during continuous turning.

Is this insert suitable for interrupted cuts and heavy machining?
The grade and coating provide improved edge strength and thermal stability, making it appropriate for many heavy or semi‑interrupted turning tasks in stainless steels and certain superalloys when used with suitable parameter settings.

How should cutting data be adapted for best performance?
Optimise speeds and feeds for machine rigidity and workpiece clamping; prioritise stable setups and moderate parameters to exploit the insert’s process security and extend tool life.

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

The Walter AG (brand: Walter Tools) is one of the world’s leading manufacturers of precision tools for metalworking and is part of the Sandvik Group. Protected trademarks and trade names belong to their respective owners. Brand names are mentioned solely for explanation; there is no connection between our company and the named brands. The offered item is an original, factory‑new product of the manufacturer.