ADMT160616R-F56 WSP45G WSP45G Wendeplatten - Walter Tools

Benefit from the combination of the Tiger‑tec Gold WSP45G coated grade and the 85° parallelogram form with a 1.6 mm corner radius for reliable chip control and long tool life when machining steel, stainless steel and heat‑resistant alloys; order via Metav Werkzeuge or request advice from our consultants for process optimisation.

ADMT160616R-F56 WSP45G milling indexable insert — for steel, stainless steel and superalloys | Walter Tools

The ADMT160616R-F56 WSP45G is a coated carbide milling indexable insert designed for high‑productivity milling of steels, stainless steels and heat‑resistant superalloys in industrial machining applications.

• Tiger‑tec Gold coated carbide grade WSP45G
• Suitable for steel, stainless steel and superalloys
• 85° parallelogram form with 1.6 mm corner radius

Deliver consistent cycle times with a wear‑resistant grade

The insert’s Tiger‑tec Gold coating and WSP45G grade are engineered for stable cutting edges and predictable wear behaviour, which directly supports lower tool consumption and fewer unplanned interruptions. The combination of the coated carbide substrate and the chipbreaker geometry contributes to effective chip control, reducing the risk of rework and machine downtime. For production environments where reproducible cycle time is critical, this grade offers a balance between toughness and wear resistance that helps to sustain cutting performance over longer runs.

Reduce setup changes through broad material compatibility

Designed for groups P / M / S, the indexable solution covers steel, stainless steel and heat‑resistant alloys, meaning fewer tool changes across mixed‑material production runs. The insert’s geometry — a parallelogram 85° form with a 1.6 mm corner radius — delivers a robust edge for interrupted cuts while still enabling good surface quality. This versatility streamlines process planning and allows machining centres to maintain throughput when handling varied workpiece materials without compromising edge security.

Improve process security and surface quality in milling

The positive relief angle of 15° and the dedicated F56 chipbreaker promote stable cutting under thermal and mechanical load, supporting both roughing and semi‑finishing tasks where control of built‑up edge and temperature is essential. The insert’s tolerance class M and the specified thickness code ensure reproducible seating and repeatable performance in indexable cutter systems. Together, these design elements enhance process security, reduce burr formation and help maintain consistent component surface finish across batches.

For productivity‑critical milling, contact Metav Werkzeuge for tailored cutting data and availability of the Walter Tools Tiger‑tec Gold WSP45G ADMT160616R‑F56 insert — our consultants will advise on optimal application and tooling integration.

Technical Data

• Article number: ADMT160616R-F56-WSP45G-WALTER
• Product designation: ADMT160616R-F56 WSP45G
• Manufacturer: Walter Tools
• Series: Tiger‑tec Gold

Numbers / Core Technical Data

• Plate size: 16
• Corner radius: 1.6 mm
• Relief angle: 15°
• Thickness code: 06
• Parallelogram angle: 85°
• Tolerance class: M

Special features

• Grade: WSP45G
• Coating technology: Tiger‑tec Gold (PVD)
• Chipbreaker: F56
• Form: Parallelogram
• Applicable materials: P / M / S (steel, stainless steel, superalloys)
• Execution: T

FAQ

Is this insert suitable for stainless steel machining?
Yes. The ADMT160616R‑F56 WSP45G insert from Walter Tools is specified for ISO group M (stainless steels) and provides improved chip control and edge stability when machining austenitic and other stainless grades.

What advantages does the Tiger‑tec Gold coating offer?
The Tiger‑tec Gold coating on the WSP45G grade combines thermal resistance and wear protection to extend edge life, promote consistent wear patterns and support higher process reliability in demanding milling applications.

For which milling tasks is this insert most appropriate?
The insert is suited to high‑productivity milling operations where a balance of toughness and wear resistance is required — typical uses include general milling of steels, semi‑finishing and applications involving interrupted cuts in tougher materials.

What are the key geometric specifications to consider?
The insert features a parallelogram 85° form with a 1.6 mm corner radius and a 15° relief angle; these parameters influence the achievable surface finish, edge stability and recommended cutting parameters for the toolholder system.

How does the F56 chipbreaker perform across materials?
The F56 chipbreaker is designed to manage chips effectively across the P / M / S material groups, improving evacuation and reducing the likelihood of re‑cutting chips in both continuous and interrupted cutting scenarios.

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

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