ADMT180712R-F56 WKP35G Wendeplatten - Walter Tools

Take advantage of the combination of Tiger‑tec Gold coating, the WKP35G grade and the F56 chipbreaker to extend tool life and secure consistent chip control for steel and cast iron machining; order the insert directly via Metav Werkzeuge or consult the specialists for application advice.

ADMT180712R-F56 WKP35G indexable milling insert — for steel and cast iron | Walter Tools

ADMT180712R-F56 WKP35G is an indexable milling insert designed for high-productivity operations in steel and cast iron, combining a wear-resistant Tiger‑tec Gold coating with a dedicated chipbreaker geometry.

• Tiger·tec Gold coating for long tool life
• WKP35G grade for steel and cast iron
• Parallelogram 85° form for secure clamping
• 1.2 mm nose radius for reliable finish

Higher productivity through optimised grade and coating

The combination of the WKP35G cutting grade and the Tiger‑tec Gold coating delivers a measurable improvement in wear resistance and thermal stability during heavy-duty milling. The coated carbide composition is specifically configured for machining steel and cast iron, so the insert maintains cutting-edge stability during extended cycles. With the integrated F56 chipbreaker, chip formation is controlled to reduce re-cutting and minimise surface rework, resulting in fewer tool changes and more efficient spindle utilisation.

Geometry that secures accuracy and repeatable surface quality

A parallelogram 85° insert form provides a robust seating and predictable cutting vector, which improves clamping stability and repeatable results across series production. The relief geometry of 15° combined with a 1.2 mm nose radius delivers a balance between edge strength and surface finish, enabling reliable component tolerances while limiting vibration. The insert thickness and form factor support consistent mounting in standard milling holders, so machining runs remain steady and setup times are reduced.

Versatile application scope and cost-conscious machining

Designed for catalogue- and geometry-dependent use, this insert covers a broad range of common steels and cast irons under ISO 513 classifications, offering process security across mixed production batches. The grade’s abrasion resistance and the chipbreaker’s capability to handle short, brittle chips make the insert suitable for interrupted cuts and variable feed conditions, improving overall tool life and lowering per-part tooling costs. For manufacturers seeking predictable output and lower scrap rates, the geometry and coating together provide a cost-effective machining solution.

Contact Metav Werkzeuge for tailored application support and to source genuine Walter Tools inserts like the ADMT180712R-F56 WKP35G through the local sales team.

Technical data

• Article number: ADMT180712R-F56-WKP35G-WALTER
• SKU: ADMT180712R-F56-WKP35G-WALTER
• Label: Fräswendeschneidplatte ADMT180712R-F56 WKP35G Walter Tools
• Manufacturer: Walter Tools
• Series: Tiger‑tec Gold
• Grade: WKP35G

Facts

• Plate size: 18 mm
• Thickness: 7 mm
• Nose radius: 1.2 mm
• Relief angle: 15°
• Tolerance class: M

Special features

• Chipbreaker: F56
• Plate form: Parallelogram 85°
• Grade type: Coated carbide (Tiger‑tec Gold)
• Material suitability: steel (P), cast iron (K)
• Designation: ADMT180712R-F56 WKP35G

FAQ

What materials is this insert suited for?
The ADMT180712R-F56 WKP35G insert is specified for steel (P) and cast iron (K) according to the grade capabilities of the WKP35G Tiger‑tec Gold series.

How does the F56 chipbreaker affect machining?
The F56 chipbreaker promotes controlled chip formation and evacuation, improving surface quality and reducing the risk of chip-related interruptions when machining steel and cast iron.

Is the parallelogram 85° form important for clamping?
Yes, the parallelogram 85° form increases seating stability and repeatability in the tool holder, which contributes to consistent cutting performance and reduced fixture-related variation.

What does the 1.2 mm nose radius provide?
A 1.2 mm nose radius balances edge strength and surface finish, enabling both stable cutting conditions and good component surface quality in typical milling operations.

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