XNGX0904ANN-F67 WPM15G WPM15G Wendeplatten - Walter Tools

Take advantage of the Tiger·tec Gold technology and the WPM15G coated-carbide grade for reliable wear resistance and stable chip formation; the F67 chipbreaker combined with a 0° negative rake provides robust edge strength for demanding milling tasks — order through Metav Werkzeuge or contact our consultants for application advice.

XNGX0904ANN-F67 WPM15G indexable milling insert — Tiger·tec Gold, 0° negative rake (F67) by Walter Tools

A XNGX0904ANN-F67 WPM15G indexable milling insert engineered for high wear resistance and consistent chip control in industrial milling applications

• Tiger·tec Gold coating for high wear resistance
• WPM15G grade: coated carbide for versatile use
• F67 chipbreaker for consistent chip control
• 0° negative rake for enhanced edge stability

Extended tool life through advanced coating and grade

The combination of Tiger·tec Gold coating and the WPM15G coated-carbide grade delivers improved wear resistance and thermal stability, which extends service intervals and supports consistent part quality. Coating technology reduces flank and crater wear during continuous operation, while the grade’s substrate is optimised for a broad range of machining scenarios; material-specific suitability should be verified in the manufacturer’s product matrix to match the insert to the application. This balance of surface protection and substrate toughness translates into fewer tool changes and more predictable production cycles.

Robust cutting performance and controlled chip formation

The integrated F67 chipbreaker is designed to produce reliable chip control and support steady cutting forces during milling. Combined with the 0° negative rake, the geometry prioritises edge strength and resilience, making the insert well suited to interrupted cuts and operations where a secure cutting edge is essential. The insert’s size and thickness coding (09 / 04) contribute to mechanical stability in the pocket, reducing vibration and promoting repeatable surface finish. Clear chip management and a strong cutting edge result in more efficient material evacuation and improved process reliability.

Process security and seamless production integration

Tolerance class G and the proven Walter Tools manufacturing standards ensure reproducible dimensions and consistent mounting performance across batches, supporting high-volume machining and repeatability. The insert’s execution code and series affiliation with Tiger·tec Gold signal a focus on modern coating technology and optimised chip formation. For production planning, the catalogue-dependent material information and the manufacturer’s recommendations should be consulted to confirm the best cutting data and suitable workpiece materials. When integrated into an indexed tooling system, these inserts contribute to lower setup times and predictable tool life, improving overall throughput.

Contact Metav Werkzeuge for application-specific recommendations, availability details and to discuss the suitability of Walter Tools XNGX0904ANN-F67 WPM15G inserts for the intended machining task — eMail: info@metav-werkzeuge.com | Tel: +49 2822 7131930

Technical Data

• SKU: XNGX0904ANN-F67-WPM15G-WALTER
• Designation: XNGX0904ANN-F67 WPM15G
• Manufacturer: Walter Tools
• Product type: indexable milling insert
• Series: Tiger·tec Gold
• Grade: WPM15G
• Chipbreaker: F67
• Rake angle: 0° (negative)
• Size code: 09
• Thickness code: 04

Core specifications

• Tolerance class: G
• Plate size code: 09
• Plate thickness code: 04
• Rake angle: 0° (negative)

Features and versions

• Coating technology: Tiger·tec Gold
• Grade type: coated carbide
• Execution code: X
• Material information: catalogue-dependent
• Recommendation: check product matrix for material suitability

FAQ

Which materials can be machined with this insert?
Material suitability depends on the specific application matrix; the XNGX0904ANN-F67 WPM15G insert is a coated-carbide grade within the Tiger·tec Gold family and requires verification against the manufacturer’s product matrix for definitive material recommendations.

What advantages does the F67 chipbreaker provide?
The F67 chipbreaker promotes consistent chip control and smoother evacuation, which helps to stabilise cutting forces and contributes to improved surface finish when the insert is used under appropriate cutting conditions.

How does a 0° negative rake affect performance?
A 0° negative rake increases edge strength and resistance to chipping, making the insert particularly suitable for interrupted cuts and operations where a robust cutting edge is needed; this geometry prioritises durability over the light-cutting aggressiveness of positive rake designs.

Is this insert suitable for high-speed milling?
Suitability for high-speed milling must be confirmed with the manufacturer’s cutting data and the material matrix; the WPM15G grade with Tiger·tec Gold coating offers enhanced wear resistance, but recommended speeds and feeds vary by workpiece material and machining setup.

How should the XNGX0904ANN-F67 WPM15G be integrated into a tooling system?
The insert’s size and thickness coding (09 / 04) and tolerance class G ensure consistent fit in compatible milling cutters; for optimal results, match the insert to the correct cutter pocket and follow Walter Tools’ mounting and cutting-data recommendations.

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

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