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MEGA E CHUCK is an end mill collet chuck that is designed with high concentricity and rigidity, perfect for end milling. Contact our tooling experts to learn more.

NEW BABY COLLET is a series of collets that are world-renowned for their unmatched accuracy and precision. They are the world's first etched with a AA grade that guarantees their excellent runout accuracy.

The Hi-Jet Holder New Baby Collet Type is suitable for small diameter drills, gun drills, and end mills due to the high precision New Baby Chuck.

The NEW HI-POWER MILLING CHUCK is a heavy-duty milling chuck featuring a thick-walled body and boasting high gripping force, rigidity, and stable performance.

Swiss Automatic Lathe Tooling including gang slide tool holders for high precision accuracy and repeatability.

High accuracy and clamping force are provided with thrust ball bearings. MEGA ER Nut is ideal for solid carbide drills and reamers.

MEGA Micro Nut is a high-precision slot-free nut that effectively prevents vibration and coolant scattering.

ANSI tap holders are available in short, long, and extra-long lengths to meet all production requirements.

DIN & ISO tap holders are available in short, long, and extra-long lengths to meet all production requirements.

MEGA DOUBLE POWER CHUCK is a milling chuck that is precision ground and balanced for high-speed milling and heavy cutting applications.

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

The MGT3 series is designed for very small tap sizes. The MEGA Micro collet controls dynamic runout accuracy providing stable thread quality and extended tap life.

JIS (Japanese Industrial Standards) tap holders are available in short, long, and extra-long lengths to meet all production requirements.

The Slender Drive or small-bore type angle head is designed to get into narrow spaces with limited clearance.

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