Your Search Results

Precision uncoated micro end mills capable of optimizing tool life and MRR in most common and exotic materials.

Precision uncoated micro end mills capable of optimizing tool life and MRR in most common and exotic materials.

Precision 3-flute and 4-flute micro chamfer mill cutters capable of efficiently creating a 90° chamfer in most common and exotic workpiece materials.

The ESM 168 round chuck can be used on the face of 4th and 5th-axis rotary tables, lathes, or mills where the center of rotation provides a through-hole to bury the workpiece.

Enhance your machining capabilities with UNILOCK Multi-Axis Systems. Elevate precision work with integrated clamping solutions for multi-axis machining.

Collet chuck taper cleaners from BIG DAISHOWA simplify the cleaning process—ensuring hassle-free maintenance.

Vibration at high speeds is eliminated by the slot-free design of MEGA E Nuts, which offers superior balance and concentricity.

MEGA MICRO collet is available in 0.1 mm diameter increments to suit all cutting tool shank sizes with maximum accuracy.

Tooling Mate is a tool assembly fixture with modular adapters accommodating different shank sizes.

ST Lock is an ideal fixture for the set-up of cylindrical shank tool holders. It clamps Ø 20, 25 & 32 mm shanks by replacing the sleeve.

A high-speed cutter for aluminum & cast iron offering mirror-like finishes.

New Baby Chuck Type Angle Heads utilize the outstanding rigidity and accuracy of the New Baby Chuck and New Baby Collet, producing high precision with less runout.

Taper cleaners are used to clean both mating surfaces of BIG-PLUS tool holders, which require absolute cleanliness for optimum performance.

The Perfect Jet Collet, also known as PJC, is the perfect solution for achieving optimum end milling operations. Utilizing a peripheral coolant supply minimizes the loss of coolant caused by centrifugal forces during spindle rotation.

MEGA E COLLET includes a shallow taper and extended clamping length, which enhances the clamping and self-centering forces for stable performance.