Indexable Insert Grade Designed for Productive Steel Machining
The Tiger-Tec Silver WPP05S insert grade is a wear-resistant, indexable grade from Walter USA said to deliver high performance and productivity in steel machining, particularly for roughing forged components and long production runs.
.jpg;width=70;height=70;mode=crop;format=webp)
The Tiger-Tec Silver WPP05S insert grade is a wear-resistant, indexable grade from Walter USA said to deliver high performance and productivity in steel machining, particularly for roughing forged components and long production runs. The insert’s thicker Tiger-Tec Silver coating offers optimized aluminum oxide microstructure, while its post-coating treatment provides greater reliability, increased toughness and reduced downtime due to chipping, especially in high-volume production. The inserts are capable of operating reliably at high cutting speeds with greater metal removal rates, and are said to provide increased tool life at high speeds.
The insert grade is designed with a new substrate said to better resist plastic deformation. According to the company, this is particularly important at higher cutting speeds required for increased productivity. In addition, a thicker cobalt-enriched zone yields greater toughness and process reliability. The inserts are available in MP3, MP5, RP5 and NRF geometries.
Related Content
-
All-Around Mill Improves Productivity and Cost for Valve Job
Adopting a mill with a double-negative rake and pockets compatible with multiple insert geometries enabled Progressive Metal Service to increase feed and lower scrap rates for a valve.
-
Buying a Lathe: The Basics
Lathes represent some of the oldest machining technology, but it’s still helpful to remember the basics when considering the purchase of a new turning machine.
-
A New Milling 101: Milling Forces and Formulas
The forces involved in the milling process can be quantified, thus allowing mathematical tools to predict and control these forces. Formulas for calculating these forces accurately make it possible to optimize the quality of milling operations.
