The Carmex Vertical Milling CMT Multi Flute Insert - 90° Chamfering (SC200FH14MT8) is a versatile, indexable insert system designed for vertical milling tasks. It supports a wide range of operations—from threads and grooves to precise chamfers—using a single ground-profile insert and compatible toolholders. This makes it an ideal choice for engineers, machinists, maintenance teams, and hobbyists who value dependable, repeatable results with minimal setup.

Built for demanding machining, the ground-profile inserts deliver high precision and excellent surface finish even when pushing cutting parameters. The solid, accurate clamping method ensures full repeatability, and the same insert can be used for both right-hand and left-hand threads, simplifying inventory and changeovers. Toolholders include a Weldon shank and coolant bore for easy integration, and chamfer inserts are available to complete 90° chamfering tasks in a single setup.

• Ground-profile precision: The precision-ground insert geometry delivers consistent, tight tolerances for threads, grooves, and chamfers, enabling reliable performance at high cutting speeds and parameter settings.
• Solid, repeatable clamping: A robust clamping system ensures repeatable results from run to run, with the same insert usable for both right-hand and left-hand threads to streamline tool management.
• Versatile toolholders with coolant and weldon shank: Weldon-shank toolholders and coolant bore simplify mounting, improve cooling, and integrate smoothly with 90° chamfering and multi-flute inserts.

With this insert system, you can tackle vertical milling tasks with confidence—from precise thread and groove work to clean chamfers—while enjoying consistent quality, shorter changeovers, and streamlined tooling. The ground-profile design, rugged clamping, and universal threading capability work together to reduce downtime and deliver repeatable results across parts and operators. Coupled with ready-to-use toolholders featuring coolant delivery, the Carmex CMT Multi Flute Insert supports efficient workflows, better surface finishes, and reliable performance in a wide range of applications.