GX16-1F200N10FS-M1 WDN10 Wendeplatten - Walter Tools

Take advantage of the WDN10 polycrystalline diamond grade for highly abrasive, non-ferrous workpieces and benefit from a chipbreaker geometry engineered for consistent chip control; order directly via Metav Werkzeuge or request application advice from the consultants at Metav Werkzeuge for process optimisation.

GX16-1F200N10FS-M1 WDN10 Indexable Turning Insert – PKD grade for non-ferrous machining | Walter Tools

The GX16-1F200N10FS-M1 WDN10 is an indexable turning insert optimised for high-wear machining of non‑ferrous and abrasive, non‑iron materials, combining a PKD cutting grade with a dedicated chipbreaker for stable cutting performance

• Polycrystalline diamond (PKD) grade WDN10
• High wear resistance for abrasive materials
• Optimised for non‑ferrous metals machining

Proven wear resistance for abrasive non‑ferrous materials

The PKD-based WDN10 grade provides exceptional wear resistance, which translates into longer edge life when machining abrasive non‑ferrous alloys and composites. Polycrystalline diamond is significantly harder than conventional carbide grades, so the cutting edge resists abrasive degradation and maintains geometry over extended runs. This durability reduces tool change frequency and helps sustain consistent surface finish levels across batch series. The result is a measurable improvement in machine uptime and a reduction in process interruptions when working with materials that rapidly blunt other tool types.

Consistent chip control and predictable process behaviour

The insert’s 1F200N10FS‑M1 chipbreaker is designed to generate controllable chips and stable cutting forces during turning operations. Predictable chip formation reduces the risk of surface damage and tool interference, which supports automated or semi‑automatic turning cells. Because the geometry balances shear and compressive forces, feed and speed windows can be set with confidence; this yields reproducible cycle times and simplifies process documentation. Engineers benefit from lower variability in machining data, making the insert suitable for production environments where repeatability and component tolerances are critical.

Application guidance and economical production benefits

Selecting a PKD insert of this specification is primarily recommended for non‑ferrous and abrasive, non‑iron materials; the grade should be matched to the specific workpiece material and process parameters. When compared on a cost‑per‑part basis, the longer tool life of a PKD insert often offsets the higher unit cost through fewer tool changes, improved surface quality and reduced rework. For initial setup, start with conservative cutting speeds and monitor wear progression to determine optimised parameters. The combination of a high‑performance cutting grade and a dedicated chipbreaker supports both short runs with high quality demands and longer series where tool life directly affects productivity.

Contact Metav Werkzeuge for tailored application support and to order Walter Tools GX16-1F200N10FS-M1 WDN10 PKD inserts; consultants can advise on grade matching and parameter setup

Technical data

• SKU: GX16-1F200N10FS-M1-WDN10-WALTER
• Designation: GX16-1F200N10FS-M1 WDN10
• Product type: Indexable turning insert (Drehwendeschneidplatte)
• Manufacturer: Walter Tools

Facts

• No numerical dimensions provided in the source data
• No cutting parameters provided in the source data

Special features

• Grade: WDN10 (polycrystalline diamond, PKD)
• Chipbreaker: 1F200N10FS‑M1
• Series: Walter Schneidstoffsorte - Serie offen
• Material: Katalogabhängig
• Typical application: Non‑ferrous and abrasive, non‑iron materials (verify workpiece compatibility)

FAQ

What materials is this insert suitable for?
The insert GX16‑1F200N10FS‑M1 WDN10 is intended for non‑ferrous and abrasive, non‑iron materials, using the PKD grade to provide superior wear resistance.

Can this PKD insert be used on steel or stainless steel?
PKD grades such as WDN10 are not generally recommended for machining steel or rostfreier Stahl due to affinity and diffusion risks; the GX16‑1F200N10FS‑M1 is optimised for non‑ferrous applications.

How does the chipbreaker 1F200N10FS‑M1 affect process stability?
The 1F200N10FS‑M1 chipbreaker promotes controllable chip formation and stable cutting forces, enhancing repeatability and surface quality in turning processes.

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