BCMT120408L-G55 WKP35G Wendeplatten - Walter Tools

Take advantage of the combination of Tiger‑tec Gold coating and the WKP35G grade for extended tool life and consistent chip control in steel and cast‑iron milling; order directly via Metav Werkzeuge or contact the consultants for cutting‑data support.

BCMT120408L-G55 WKP35G milling insert — Parallelogram 75°, Tiger‑tec Gold, Walter Tools

The BCMT120408L-G55 WKP35G is a precision milling insert designed for productive operations in steel and cast iron, offering a robust coated‑carbide grade and a parallelogram 75° geometry for versatile toolpath access

• Tiger‑tec Gold coating, WKP35G grade
• Optimised for steel and cast iron (P / K)
• Parallelogram 75° geometry for versatile milling
• 0.8 mm corner radius and 7° clearance

Longer productive life through Tiger‑tec Gold coating and WKP35G

The combination of Tiger‑tec Gold coating and the WKP35G grade gives a high level of wear resistance and stable chip formation, which translates into fewer indexings and more time on the workpiece. The coated carbide construction is engineered to withstand the heat and abrasion typical when machining steel and cast iron, so the tool maintains cutting edge integrity for longer. For workshops seeking predictable performance, this results in lower tooling costs per part and reduced setup interruptions.

Geometry and edge design that improve process stability

The parallelogram 75° shape and a 0.8 mm corner radius balance strength and accessibility: the geometry permits tight approach angles while the moderate radius provides edge support for interrupted cuts and shoulder milling. A 7° clearance reduces flank rubbing and helps maintain surface finish under varying radial engagements. The insert’s G55 chip‑breaker is optimised for controlled chip formation in the P and K material groups, reducing the risk of built‑up edge and improving surface consistency on each pass.

Practical advantages for shop-floor efficiency and application range

Rated for the ISO P and K groups, this insert covers a broad spectrum of common steels and cast irons, making it suitable for both jobbing and serial production. The M tolerance class supports repeatable seat fit and consistent results during index changes. By choosing a hardened, coated grade designed for real‑world conditions, machining processes gain in process security and predictability, which in turn supports shorter cycle times and steadier part quality. If further data is required for specific feeds and speeds or machine setups, competent advice is available from Metav Werkzeuge to match cutting data to individual production conditions.

For tailored cutting data, availability or to discuss integration of Walter Tools Tiger‑tec Gold inserts into current processes, contact Metav Werkzeuge — info@metav-werkzeuge.com or +49 2822 7131930 — for expert consultation and order support

Technical data

• Article number: BCMT120408L-G55-WKP35G-WALTER
• Designation: BCMT120408L-G55 WKP35G
• Product type: milling insert (Fräswendeschneidplatte)
• Brand: Walter Tools
• Series: Tiger‑tec Gold
• Grade: WKP35G

Core data

• Corner radius: 0.8 mm
• Clearance angle: 7°
• Insert size: 12
• Thickness code: 04

Special features

• Coating: Tiger‑tec Gold
• Chip breaker: G55
• Material applicability: Steel (P), Cast iron (K)
• Geometry: Parallelogram 75°
• Tolerance class: M
• Execution: T

FAQ

Which materials is this insert suitable for?
The BCMT120408L-G55 WKP35G insert from Walter Tools is specified for ISO groups P and K, making it suitable for machining a wide range of steel grades and cast iron components.

What benefit does the Tiger‑tec Gold coating provide?
The Tiger‑tec Gold coating on the WKP35G grade enhances wear resistance and thermal stability, which extends the insert’s life and improves consistency in repeatable milling operations.

For which milling operations is the parallelogram 75° geometry best used?
Parallelogram 75° geometry offers versatile approach angles for face and shoulder milling, enabling better access in tight features while maintaining a strong cutting edge.

How does the 0.8 mm corner radius affect performance?
A 0.8 mm corner radius increases edge strength for interrupted cuts and contributes to improved corner durability without excessively increasing cutting forces.

What role does the G55 chip breaker play in chip control?
The G55 chip breaker is designed to produce short, controllable chips in both steel and cast iron, reducing the risk of entanglement and improving surface finish stability.

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

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