GX24-3E400N04-UD4 WSM33S WSM33S Wendeplatten - Walter Tools

Benefit from Tiger‑tec Silver wear resistance and the optimised 3E400N04‑UD4 chipbreaker for reliable machining of stainless steel and heat‑resistant alloys; the combination improves process stability and reduces rework. Order via Metav Werkzeuge or consult our specialists for application support.

GX24-3E400N04-UD4 WSM33S indexable turning insert — Tiger‑tec Silver, chipbreaker 3E400N04-UD4 (Walter Tools)

A GX24-3E400N04-UD4 WSM33S indexable insert designed for heavy‑duty turning of stainless steel and high‑temperature superalloys, offering stable cutting edges and consistent chip control

• Tiger‑tec Silver coating for high wear resistance
• Optimised 3E400N04‑UD4 chipbreaker geometry
• Designed for stainless steel and superalloys
• Stable cutting edge and reliable chip control

Increased productivity through coating and grade optimisation

The Tiger‑tec Silver coating combined with the WSM33S grade delivers measurable gains in tool life and process reliability when machining demanding materials. Coated carbide substrates are engineered to withstand elevated temperatures and abrasive wear, so the cutting edge keeps form longer and interventions for tool changes are reduced. For manufacturers working with stainless steel or nickel‑based alloys, this results in fewer stoppages, improved first‑pass yield and a more predictable production rhythm. The design focuses on sustaining a stable cutting edge under high thermal and mechanical loads.

Predictable chip control for safer, faster turning

The 3E400N04‑UD4 chipbreaker is tailored to break and evacuate chips reliably during turning operations, which lowers the risk of built‑up edge and workpiece surface damage. A chipbreaker directs deformation into manageable fragments and supports stable cutting conditions; in practice this means shorter cycle times and less need for manual chip clearing. The geometry was developed to balance shear and compression so that chip flow remains consistent even in long turning cycles. As a result, workshops can expect enhanced machine uptime and reduced post‑process cleaning.

Application benefits and integration into production

Specified for ISO groups M and S, the insert is particularly suitable where stainless steel and heat‑resistant superalloys present machining challenges such as high heat generation and poor thermal conductivity. The coated carbide composition plus the WSM33S chemistry emphasise both wear resistance and edge robustness, helping to maintain surface finish quality over extended runs. Selection of the appropriate insert geometry and cutting data will maximise the economic advantage: fewer insert changes, consistent part quality and simplified tool inventory management. Walter Tools’ development focus on process security supports reproducible results in serial production.

Contact Metav Werkzeuge for tailored advice on Walter Tools GX24-3E400N04-UD4 WSM33S inserts, availability and application recommendations; eMail: info@metav-werkzeuge.com or phone: +49 2822 7131930

Technical data

• Article number: GX24-3E400N04-UD4-WSM33S-WALTER
• Name: GX24-3E400N04-UD4 WSM33S indexable turning insert
• Manufacturer: Walter Tools
• Product type: indexable turning insert

Facts

• Grade: WSM33S
• Series: Tiger‑tec Silver
• Chipbreaker: 3E400N04‑UD4
• Applicable ISO groups: M, S
• Material designation: S / M

Versions / Special features

• Coating: Tiger‑tec Silver
• Substrate type: coated carbide
• Application: stainless steel and heat‑resistant superalloys
• Benefit focus: stable chip formation and long tool life

FAQ

What materials is the GX24-3E400N04-UD4 WSM33S insert suited for?
The GX24-3E400N04-UD4 WSM33S insert is intended for stainless steel and heat‑resistant superalloys (ISO groups M and S), where heat resistance and edge stability are critical.

How does the 3E400N04‑UD4 chipbreaker improve machining?
The 3E400N04‑UD4 chipbreaker promotes consistent chip segmentation and evacuation, reducing built‑up edge and supporting a stable cutting process with fewer interruptions.

Is the insert coated and what is the coating benefit?
Yes, the insert uses the Tiger‑tec Silver coating on a coated carbide substrate; this combination increases wear resistance and supports a longer service life under high temperatures.

Which production scenarios benefit most from this insert?
Turning operations on stainless steel or nickel‑based alloys with demanding thermal loads benefit most, where consistent surface quality and lowered tool change frequency are priorities.

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