DCMT070208-FW4 WSM30S FW4 Wendeplatten - Walter Tools
€7.79
% €11.12 (29.97% saved)
Product information "DCMT070208-FW4 WSM30S FW4 Wendeplatten - Walter Tools"
Take advantage of the combination of the Tiger·tec Silver coating and the WSM30S grade for secure chip formation and prolonged edge life when machining stainless steels and heat-resistant superalloys; the Rhombic 55° geometry with a 0.8 mm nose radius and FW4 chipbreaker ensures consistent surface quality and process stability. Order inserts through Metav Werkzeuge or request application advice from their consultants.
DCMT070208-FW4 WSM30S indexable turning insert, Tiger·tec Silver, Rhombic 55° – Walter Tools
The DCMT070208-FW4 WSM30S is an indexable turning insert engineered for reliable machining of stainless steels and heat-resistant superalloys, combining a thermally resilient coating with a geometry optimised for stable cutting and chip control.
- Tiger·tec Silver coating for thermal resistance
- WSM30S grade for stainless steels and superalloys
- Rhombic 55° insert with 0.8 mm nose radius
- FW4 chipbreaker for stable chip formation
Prolonged edge life with high thermal stability
The combination of the WSM30S cemented carbide grade and the Tiger·tec Silver coating provides enhanced resistance to thermal loading and abrasive wear, which is particularly valuable when machining materials that generate heat or tend to work-harden. For process planners and manufacturing engineers, this translates into fewer tool changes, predictable tool life and reduced downtime. The coating technology supports a stable cutting edge, reducing the risk of built-up edge and ensuring consistent dimensional results across longer production runs.
Consistent chip control and improved surface finish
The dedicated FW4 chipbreaker is designed to produce short, controllable chips when paired with the Rhombic geometry, lowering the likelihood of entanglement and reducing vibration in the cut. Together with the 0.8 mm nose radius and the 7° clearance angle, the geometry promotes a steady cutting action and a superior surface quality, especially in finishing passes. For workshops aiming for reproducible component appearance, these features enable a balance between material removal and fine surface integrity.
Standardised format for simple tooling integration
The ISO designation is DCMT070208-FW4, a common format that fits a wide range of indexable turning toolholders; this simplifies stocking and changeover procedures in production environments. The insert’s Rhombic 55° shape and size designation allow flexible approach angles for both roughing and finishing operations, supporting mixed-production shops that machine stainless steels and high-temperature alloys. Compatibility with standard clamping systems facilitates quick replacement and consistent positioning for repeatable results.
Key parameters for process planning and setup
Essential measurable values support accurate process engineering: clearance angle 7°, nose radius 0.8 mm, insert shape Rhombic 55°, chipbreaker FW4, grade WSM30S and series Tiger·tec Silver. These specifications aid in selecting cutting data, coolant strategy and holder geometry. When programming CAM systems or preparing operation sheets, the predictable behaviour of this insert helps to calculate cycle times and optimise feeds and speeds for both roughing and finishing stages.
Contact Metav Werkzeuge for tailored application guidance and to order Walter Tools DCMT070208-FW4 WSM30S inserts; technical consultants can advise on feed/speed recommendations and toolholder compatibility, Metav Werkzeuge is ready to support process integration
Technical data
- Article number / SKU: DCMT070208-FW4-WSM30S-WALTER
- Manufacturer: Walter Tools
- Product type: Indexable turning insert
- ISO designation: DCMT070208-FW4 WSM30S
Facts
- Clearance angle: 7°
- Nose radius: 0.8 mm
- Insert shape: Rhombic 55°
- Size designation: 07
- Insert thickness: 02
- Tolerance class: M
Special features
- Coating: Tiger·tec Silver
- Grade: WSM30S
- Chipbreaker: FW4
- Suitable for ISO groups: M (stainless steels) and S (heat-resistant superalloys / titanium)
- Series: Tiger·tec Silver
- Execution: T
FAQ
Is this insert suitable for machining stainless steels? Yes. The DCMT070208-FW4 WSM30S insert uses the WSM30S grade and Tiger·tec Silver coating, which are optimised for machining stainless steels (ISO group M) with improved chip control and edge stability.
Can this insert be used on heat-resistant superalloys or titanium? The WSM30S grade and the FW4 chipbreaker make the insert appropriate for many heat-resistant superalloys (ISO group S); selection should consider component geometry and cutting parameters for best results with the DCMT070208-FW4 insert.
What advantages does the FW4 chipbreaker provide? The FW4 chipbreaker on this insert promotes short, controllable chips and stable cutting forces, contributing to consistent surface finish and reduced vibration when the DCMT070208-FW4 WSM30S insert is used in suitable applications.
How does the Rhombic 55° geometry affect machining? The Rhombic 55° shape provides versatile entry angles for turning operations, enabling a balance between strength and access for finishing, which benefits operations using the DCMT070208-FW4 WSM30S in mixed-production settings.
Are there recommended applications for this insert in production? This insert is designed for demanding turning operations involving stainless steels and heat-resistant alloys where thermal resistance, stable chip control and repeatable tool life are priorities; process engineers commonly specify it for both roughing and finishing sequences.
Manufacturer/Responsible: Walter Deutschland GmbH, Derendinger Straße 53, 72072 Tübingen
Protected trademarks and trade names are the property of their respective owners. Brand names and trademarks are mentioned solely for explanatory purposes. There is no affiliation between our company and the named brands. The offered article is an original, factory‑new product of the manufacturer Walter Tools. The Walter AG (brand appearance: Walter Tools) is part of the Sandvik Group.