GX34-2E300N03-GD6 WSM33G WSM33G Wendeplatten - Walter Tools

Benefit from the Tiger·tec Gold coating and the WSM33G grade together with the 2E300N03‑GD6 geometry for controlled chip formation and extended tool life; order the insert directly via Metav Werkzeuge or request application support from our consultants.

GX34-2E300N03-GD6 WSM33G indexable turning insert with Tiger·tec Gold coating – Walter Tools

The GX34-2E300N03-GD6 WSM33G is an indexable turning insert engineered for heavy-duty machining, optimised for rostfreier Stahl and heat‑resistant superalloys, offering stable cutting edges and reliable chip control.

Tiger·tec Gold coating for edge stability Optimised chip control for difficult materials Suitable for rostfreier Stahl and superalloys High wear resistance for prolonged tool life

Reliable performance in rostfreier Stahl and superalloys

The WSM33G cutting grade, part of the Tiger·tec Gold series, is formulated for demanding applications in rostfreier Stahl and heat‑resistant alloys. Its combination of a coated carbide substrate and tailored microstructure promotes stable chip formation and reduces the tendency for build‑up on the cutting edge. In practice this means fewer interruptions for regrinding or insert changes, improved process repeatability and a more consistent surface finish when turning tough, adhesive materials.

Optimised geometry for secure chip control and productivity

The 2E300N03‑GD6 geometry provides a balanced approach between cutting strength and chip guidance. The geometry supports predictable breakage of chips and minimises uncontrolled flows of swarf, which in turn enhances productivity and reduces machine downtime. For production environments that require steady cycle times and reliable surface quality, this insert geometry helps maintain machining parameters over longer tool life windows.

Reduced interventions and predictable tool life for production

A coated grade such as WSM33G offers wear resistance that translates into longer tool life under high thermal and mechanical loads. The design intent is a stable cutting edge with good resistance to flank wear and crater formation, which supports higher metal removal rates in many industrial turning tasks. Combined with Walter Tools’ emphasis on process stability, the insert contributes to measurable improvements in shop‑floor efficiency and reproducible component quality.

Contact Metav Werkzeuge for tailored application advice and to order the GX34-2E300N03-GD6 WSM33G insert with Tiger·tec Gold coating; our technical consultants are available by e‑mail at info@metav-werkzeuge.com or by phone on +49 2822 7131930

Technical Data

• Article number: GX34-2E300N03-GD6-WSM33G-WALTER
• Product type: indexable turning insert
• Grade: WSM33G
• Series: Tiger·tec Gold
• Designation: GX34-2E300N03-GD6 WSM33G

Facts

• ISO material groups: S / M
• Geometry designation: 2E300N03-GD6

Special features

• Coated carbide grade WSM33G (Tiger·tec Gold)
• Application: heavy‑duty machining of rostfreier Stahl and heat‑resistant superalloys
• Stable chip formation and edge stability
• Walter Tools brand

FAQ

Which materials is the insert suitable for?
The GX34-2E300N03-GD6 WSM33G insert is intended for machining rostfreier Stahl and heat‑resistant superalloys (ISO groups M and S).

What does the Tiger·tec Gold coating deliver?
The Tiger·tec Gold coating on the WSM33G grade enhances thermal resistance and edge robustness, improving wear resistance and process stability in demanding turning operations.

How does the 2E300N03‑GD6 geometry affect machining?
The 2E300N03‑GD6 geometry supports consistent chip breaking and controlled swarf evacuation, which helps maintain surface quality and reduces unexpected stoppages.

Is this insert suitable for continuous production environments?
Yes, the combination of grade and geometry is designed to reduce tool interventions and provide predictable tool life, making it suitable for series production where repeatability is essential.

Can the insert handle high cutting speeds?
The WSM33G grade and Tiger·tec Gold technology are engineered to resist thermal loads typically encountered at elevated cutting speeds, contributing to sustained performance under challenging conditions.

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