TS16-IL-G55 WMP32G WMP32G Wendeplatten - Walter Tools

High wear resistance and reliable chip control deliver consistent machining results, while the Tiger·tec Gold coating and the WMP32G grade reduce downtime and extend tool life. Order the insert directly via Metav Werkzeuge or consult the technical team for application support.

TS16-IL-G55 WMP32G indexable turning insert – Walter Tools for stainless steels, Tiger·tec Gold coated

The TS16-IL-G55 WMP32G is an indexable turning insert designed for secure chip formation and productive machining of stainless steels in medium to robust conditions

• Tiger·tec Gold coating for stainless steels
• WMP32G grade with stable cutting edge
• IL‑G55 chipbreaker for controlled chips
• Suited to medium and robust machining conditions

Productivity gains through a robust coated grade

The combination of Tiger·tec Gold coating and the WMP32G grade delivers tangible productivity advantages: higher wear resistance and sustained cutting-edge stability lead to longer tool life and fewer interruptions for insert changes. The coated carbide composition reduces flank wear and supports stable chip formation, which in turn lowers cycle-time variability on serial turning operations. For production contexts where repeatable surface quality and consistent tool life are required, this grade offers a measurable reduction in maintenance and set-up frequency while maintaining cutting performance in demanding stainless steel applications.

Reliable chip control for stainless steels (ISO M)

Stainless steels often exhibit toughness and a tendency to form long, tenacious chips; the IL‑G55 chipbreaker geometry is engineered to produce short, controllable chips under the heat and ductility conditions typical of ISO M materials. By promoting predictable chip breakage and evacuation, the insert reduces the risk of workpiece damage and machine downtime. The chipbreaker functions by guiding the chip flow and managing local deformation ahead of the cutting edge; this makes roughing passes safer and finishing passes more consistent without sacrificing material removal rate.

Integration into production lines and process security

The TS16‑IL‑G55 geometry and ISO designation ensure compatibility with a broad range of tool holders and turning systems, enabling straightforward integration into existing tool kits. Using a coated grade designed for stainless steels improves process security: fewer regrinds, stable tolerances and constant surface finish across batches. When introducing a new insert grade into a shop, trial a standardised cutting parameter set and monitor tool wear; the predictable behaviour of this coated insert simplifies parameter optimisation and supports a faster ramp-up to full production.

Contact Metav Werkzeuge for application-specific recommendations and procurement assistance for Walter Tools inserts and compatible tool holders.

Technical data

• Article number (SKU): TS16-IL-G55-WMP32G-WALTER
• ISO designation: TS16-IL-G55 WMP32G
• Series: Tiger·tec Gold
• Grade: WMP32G
• Chipbreaker: IL‑G55
• Material group: M

Facts

• Suitable for: stainless steels (ISO M)
• Coating technology: Tiger·tec Gold
• Material of grade: coated carbide
• Typical use: medium to robust turning operations

Special features

• Stable chip formation for ISO M materials
• Enhanced wear resistance and cutting-edge life
• Designed for productive machining and process reliability
• Walter Tools engineered grade

FAQ

What materials is this insert suitable for?
The TS16‑IL‑G55 WMP32G indexable turning insert by Walter Tools is designed primarily for stainless steels (ISO M), addressing the toughness and heat-related challenges typical of these alloys.

How does the IL‑G55 chipbreaker help in practice?
The IL‑G55 chipbreaker promotes controlled, short chips by guiding chip flow and reducing chip length, which improves safety and reduces the need for manual chip handling during turning.

Is this grade suitable for finishing operations?
Yes, the WMP32G grade and Tiger·tec Gold coating support both robust roughing and consistent finishing passes when cutting parameters are optimised for stainless steels.

Can the insert be used in existing tool holders?
The TS16‑IL‑G55 geometry follows a standard ISO designation, enabling compatibility with a wide range of holding systems; verification of seat and clamping dimensions is recommended before production use.

What performance benefits can be expected compared with uncoated grades?
Compared with uncoated carbide, the coated WMP32G grade typically offers improved wear resistance, longer cutting-edge life and more consistent surface quality under the thermal loads associated with stainless steel turning.

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

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