Solid Carbide Cutters Ensure Smooth, Dynamic Milling Operations
Walter’s MD173 and MD177 Supreme solid carbide milling cutters feature seven cutting edges.
Walter USA introduces the MD173 Supreme and the MD177 Supreme, its first solid carbide milling cutters with seven cutting edges. Developed to meet demanding applications in the aerospace industry, and automated production, these high-performance mills are said to excel in cutting not only titanium (ISO S), but also steels (ISO P) and stainless steels (ISO M). Walter says the cutters’ seven teeth achieve excellent productivity, and their variable pitch reduces vibration, ensuring smooth operation as well. The entire length of the cutting edge can be used, providing relatively uniform wear, which extends the tool life of these milling cutters.
The MD173 Supreme is a roughing cutter designed specifically for dynamic milling and for reducing machining time. Its cutting edges equipped with chip breakers reportedly enable excellent chip breaking, permitting superior process reliability with high metal removal rates, a plus for users with automated production processes. The MD177 Supreme is a finishing cutter that creates very smooth surfaces without “waterlines.” As a result of these characteristics, this milling cutter duo delivers both superior productivity and process reliability, with excellent surfaces. The MD177 Supreme is available in sizes 3/16"-1" and in metric from 6-25 mm, the MD173 Supreme in sizes 1/4"-1". Both versions are available with or without corner radii.
Related Content
-
The Benefits of Hand Scraping
Accuracy and flatness are two benefits of hand scraping that help improve machine loop stiffness, workpiece surface finish and component geometry.
-
6 Ways to Optimize High-Feed Milling
High-feed milling can significantly outweigh potential reliability challenges. Consider these six strategies in order to make high-feed milling successful for your business.
-
Laser Welding Versus Micro Welding
The latest battle in finely detailed restoration/repair of mold materials.