TS16-ER08UN-F5 WMP32G Wendeplatten - Walter Tools

Take advantage of the Tiger·tec Gold combination of a wear-resistant coated carbide grade and an optimised chip breaker to secure consistent machining of stainless steel; order directly via Metav Werkzeuge or request application advice from our consultants.

TS16-ER08UN-F5 WMP32G indexable turning insert – Tiger·tec Gold for stainless steel | Walter Tools

The TS16-ER08UN-F5 WMP32G is an indexable turning insert engineered for machining stainless steel under medium to robust cutting conditions, providing controlled chip formation and reliable edge life.

• Tiger·tec Gold coated grade WMP32G
• Optimised chip control for stainless steel
• ER08UN-F5 chip breaker for reliable chips
• Robust coated carbide for medium to heavy cuts

Proven performance for challenging stainless-steel machining

The Tiger·tec Gold coating combined with the WMP32G grade delivers a balance between wear resistance and toughness, which is especially beneficial when facing the adhesive tendencies of stainless steel. The coating reduces flank wear and extends the useful life of the cutting edge, while the substrate supports edge stability under thermal stress. As a result, the insert enables steadier cutting parameters and fewer tool changes, which contributes to improved machine uptime and a more predictable production flow.

Predictable chip control and reduced built-up edge risk

The integrated ER08UN-F5 chip breaker is designed to promote controlled chip segmentation when turning tough, low-thermal-conductivity alloys. Controlled chip formation lowers the likelihood of a built-up edge, a common cause of poor surface finish and premature tool failure in austenitic and other stainless grades. Explaining briefly: a chip breaker shapes the flow and curl of the chip so that heat is distributed and the chip evacuates reliably, permitting higher feed rates without compromising finish or edge life.

Practical workshop advantages and process stability

Using this indexable insert standardises process behaviour across batches where ISO M materials are common. The coated carbide construction provides repeatable performance and easier process setup, which shortens ramp-up time for new production runs. For manufacturers seeking higher throughput with consistent surface quality, the insert reduces corrective rework and contributes to predictable cycle times. The combination of the Walter Tools engineering approach and the Tiger·tec Gold technology supports stable machining in both single-shift and continuous production environments.

Contact Metav Werkzeuge for tailored cutting-data, availability and application advice on Walter Tools Tiger·tec Gold inserts: info@metav-werkzeuge.com | +49 2822 7131930

Technical data

• Article number: TS16-ER08UN-F5-WMP32G-WALTER
• Product type: Indexable turning insert
• Designation: TS16-ER08UN-F5 WMP32G
• Grade: WMP32G
• Series: Tiger-tec Gold
• Chip breaker: ER08UN-F5
• Manufacturer: Walter Tools

Facts

• Material group: M (stainless steel)
• Suitable for: rostfreier Stahl (ISO M)

Special features

• Coating: Tiger·tec Gold
• Material base: Coated carbide
• Application focus: Medium to robust cutting conditions
• Intended benefit: Stable chip formation and edge life

FAQ

What materials is this insert suitable for?
The TS16-ER08UN-F5 WMP32G is specified for machining stainless steel (ISO M); the WMP32G grade and Tiger·tec Gold coating are selected to manage adhesion and heat in these alloys.

How does the ER08UN-F5 chip breaker improve machining?
The ER08UN-F5 chip breaker promotes controlled chip curl and segmentation, which reduces built-up edge and enables more reliable chip evacuation when turning stainless materials with the Walter Tools insert.

Can this insert be used for finishing and roughing operations?
The robust coated carbide of the WMP32G grade is suitable for medium to heavier cutting conditions; depending on insert geometry and machine setup, it can be applied for both stable finishing and productive semi-finishing cuts.

What process benefits can be expected when switching to this insert?
Expect fewer unscheduled tool changes, more consistent surface quality and improved process stability on stainless-steel batches thanks to the coating and optimised chip control of the insert.

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

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