Double-Sided Indexable Insert for Steel, Stainless Turning
Walter’s MU5 is a wear-resistant turning insert that improves chip breakage and expands tool life.
Posted: March 7, 2020
Walter (Waukesha, WI) has introduced the MU5 double-sided indexable insert for turning operations. The insert can be used universally both for steel forged parts and also for stainless materials.
With forged parts, particularly in automotive production, the MU5 geometry minimizes crater wear and enables reliable and fully automated production. For users with changing material demands and smaller batch sizes, the MU5 offers universal use in steel and stainless materials.
The MU5 features positive macro- geometry while maintaining a negative clearance. It has an open chip breaker groove for long tool life and soft cutting features, a V-shaped chip breaker for improved chip breakage, and a curved cutting edge yielding high surface finish quality.
For copy turning, the MU5 geometry not only improves chip breakage for turning and facing, but also for chamfers or radii that would otherwise be critical. During numerous field tests, the MU5 has lowered tool costs, particularly when combined with the wear-resistant Tiger·tec Silver grades.
The machining parameters of the insert are 0.0006-0.024 in. feed per tooth and 0.020-0.160 in. for depth of cut, which applies to 60% of all applications. The new MU5 insert is available in all common basic shapes.
