ADMT160608R-D56 WKP35G Wendeplatten - Walter Tools

Taking advantage of the Tiger‑tec Gold coating and the D56 chipbreaker delivers a productive balance of process security and tool life; order the insert directly via Metav Werkzeuge or consult our technical advisors for application-specific guidance.

ADMT160608R-D56 WKP35G – Fräswendeschneidplatte, Tiger‑tec Gold coating, D56 chipbreaker (Walter Tools)

The ADMT160608R-D56 WKP35G is a coated carbide milling insert optimised for productive machining of steel and cast iron, combining a robust chip control geometry with a wear-resistant grade.

• Tiger‑tec Gold coated carbide
• Optimised for steel and cast iron
• D56 chipbreaker for stable chip control
• 15° relief angle, 0.8 mm corner radius

Higher throughput through coating and geometry

The combination of the Tiger‑tec Gold coating and the WKP35G carbide grade results in consistently high cutting performance, especially in interrupted cuts and mixed production runs. The coating reduces abrasive wear and improves thermal resistance, which increases time between indexings and lowers unit machining costs. The D56 chipbreaker is designed to create short, controllable chips when turning common ISO group P and K materials, improving tool stability and reducing cycle-time variability. This leads to measurable productivity benefits in both batch and single‑piece production environments.

Reliable edge life and process stability

The insert’s geometry—a parallelogram 85° shape with a 0.8 mm corner radius and a 15° relief angle—supports a stable cutting edge that withstands variable cutting forces. These features, together with the coated carbide grade, deliver improved wear resistance and repeatable performance across runs. In practice, this means fewer unplanned tool changes and more predictable component quality, which supports leaner process planning and higher first‑pass yield on steel and cast‑iron components.

Practical compatibility and handling advantages

Designed for standard milling toolholders that accept the ADMT form, the insert’s size 16 and thickness code 06 fit common modular tool systems and allow straightforward tool assembly. The WKP35G grade targets the ISO material groups P (steel) and K (cast iron), ensuring appropriate mechanical and thermal behaviour for these substrates. The nominal tolerance class M supports repeatable positioning and secure clamping, which helps maintain dimensional accuracy across tool changes and regrinds.

What the grade and chipbreaker mean for production

The grade name indicates a coated cemented carbide formulation optimised for general‑purpose machining in steel and cast iron. The D56 chipbreaker is engineered to break chips reliably under typical cutting parameters for these materials; this reduces the need for manual chip handling and improves machine uptime. For customers transitioning between workpiece types, the insert offers a balance of toughness and wear resistance that minimises the need for multiple specialised grades, simplifying tool inventory.

For tailored application advice or to reserve Walter Tools inserts from stock, contact Metav Werkzeuge for precise recommendations and prompt supply.

Technical data

• Article number: ADMT160608R-D56-WKP35G-WALTER
• Name: Fräswendeschneidplatte ADMT160608R-D56 WKP35G Walter Tools
• Manufacturer: Walter Tools
• Type: Fräswendeschneidplatte
• Series: Tiger‑tec Gold
• Grade: WKP35G

Core dimensions

• Free angle: 15°
• Corner radius: 0.8 mm
• Plate size: 16
• Thickness code: 06
• Tolerance class: M
• Plate form: Parallelogram 85°

Special features

• Coating: Tiger·tec Gold
• Material: P / K
• Chipbreaker: D56
• Execution: T
• Suitable for: Steel; Cast iron
• Designation: ADMT160608R-D56 WKP35G

FAQ

What materials is this insert designed for?
The ADMT160608R-D56 WKP35G is specified for ISO groups P (steel) and K (cast iron), with the coating and grade tuned to handle typical heat and chip formation in these materials.

How does the D56 chipbreaker affect machining?
The D56 chipbreaker produces short, consistent chips under typical cutting parameters for steel and cast iron, improving machine cleanliness and reducing interruptions caused by long chips.

Is the insert suitable for interrupted cuts?
Yes, the coated carbide grade and the insert geometry provide toughness and thermal resistance that enhance performance in interrupted and mixed cutting conditions.

What does the 0.8 mm corner radius influence?
A 0.8 mm corner radius balances edge strength and surface finish; it increases edge durability while maintaining acceptable surface integrity on most steel and cast‑iron components.

Which toolholders accept this insert form?
The insert uses the ADMT form and fits holders and cutter bodies designed for that indexable geometry; confirmation of holder compatibility is recommended before assembly.

Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen

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