ADMT120412R-F56 WKP35G Wendeplatten - Walter Tools

High wear resistance from the Tiger·tec Gold coating and the WKP35G grade, combined with a robust 1.2 mm corner radius and parallelogram 85° geometry, delivers stable, productive machining of steel and cast iron; order directly via Metav Werkzeuge or consult our specialists for application advice.

ADMT120412R-F56 WKP35G milling indexable insert — Tiger·tec Gold for steel & cast iron (Walter Tools)

The ADMT120412R-F56 WKP35G is a parallelogram 85° milling insert engineered for reliable, wear-resistant cutting in steel and cast iron applications.

• Tiger·tec Gold coated carbide grade WKP35G
• Suitable for steel and cast iron machining
• Parallelogram 85° cutting geometry
• 15° clearance angle for stable cutting
• Corner radius 1.2 mm for robust edges

Engineered for consistent material removal and chip control

The combination of the Tiger·tec Gold coating and the WKP35G carbide grade delivers enhanced resistance to abrasive wear and improved thermal stability in demanding milling operations. The integrated F56 chipbreaker is tuned to promote predictable chip formation when machining ISO groups P and K, which means more consistent cutting forces and reduced risk of unexpected tool interruptions. The parallelogram 85° geometry provides a balanced cutting position that supports stable engagement and efficient evacuation of chips, helping to maintain surface quality and process reliability over longer tool lives.

Increased productivity through reproducible edge stability

A 1.2 mm corner radius and a 15° clearance angle give the insert a robust cutting edge that tolerates higher cutting loads and shock conditions, translating into fewer indexings and more productive machining cycles. The tolerance class M and execution code T ensure repeatable seating and predictable performance in standard pocket clamps, which supports efficient tool management and reduced setup variability. For production environments where predictable tool life and process repeatability are valued, this geometry and grade combination contributes directly to improved machine uptime and lower overall machining costs.

Clear selection and application benefits for workshop and production planning

Specified as a coated carbide insert in the Tiger·tec Gold series, this item suits a wide range of general-purpose milling tasks in steel and cast iron, from light profiling to more demanding peripheral milling where stability and wear resistance are required. The insert’s design supports straightforward inventory allocation: one grade for multiple P and K applications, simplifying tool choice and replenishment. For tailored cutting data or to match the insert to a particular holder or machining strategy, technical documentation from the manufacturer and measured process feedback should be consulted to achieve optimal results.

Contact Metav Werkzeuge at info@metav-werkzeuge.com or +49 2822 7131930 for tailored cutting data and application support for this Walter Tools Tiger·tec Gold insert

Technical Data

• SKU: ADMT120412R-F56-WKP35G-WALTER
• Designation: ADMT120412R-F56 WKP35G
• Type: Milling indexable insert
• Series: Tiger·tec Gold
• Grade: WKP35G
• Chipbreaker: F56
• Geometry: Parallelogram 85°
• Execution: T
• Tolerance class: M

Core data

• Corner radius: 1.2 mm
• Clearance angle: 15°
• Insert size: 12
• Thickness code: 04

Special features

• Material group: P / K (steel and cast iron)
• Suitable for: steel
• Suitable for: cast iron
• Series technology: Tiger·tec Gold (coated carbide)
• Manufacturer: Walter Tools

FAQ

Which workpiece materials is this insert designed for?
The ADMT120412R-F56 WKP35G insert from Walter Tools is designed for ISO groups P and K, specifically for machining steel and cast iron.

What are the main benefits of the WKP35G grade and Tiger·tec Gold series?
The WKP35G grade combined with Tiger·tec Gold coating offers high abrasion resistance and thermal stability, improving tool life and maintaining edge integrity in challenging steel and cast iron milling.

How does the insert geometry contribute to process stability?
The parallelogram 85° geometry and 15° clearance angle provide balanced engagement and predictable chip flow, while the 1.2 mm corner radius reduces edge chipping under higher loads.

For which milling tasks is this chipbreaker (F56) best suited?
The F56 chipbreaker supports controlled chip formation across a variety of milling operations in P and K materials, promoting consistent cutting forces and surface finish.

What should be considered when choosing this insert for production?
Consider machine rigidity, clamping method, and expected cutting conditions; the ADMT120412R-F56 WKP35G is intended where robust edge stability and predictable wear behaviour are priorities.

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

Protected trademarks and trade names are the property of their respective owners. Brand names are mentioned only for explanatory purposes. There is no affiliation between our company and the mentioned brands. The offered article is original, factory-new goods from the manufacturer Walter Tools. The Walter brand is part of the Walter AG / Walter Tools product portfolio and is referenced here solely to describe the origin and specification of the product.