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Hi-Jet Holder TG Collet Type tool holder is capable of supplying coolant through or around the tool. Reduced heat generation greatly extends tool life.

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 BABY CHUCK collet uses knowledge cultivated through years of experience to produce the world's highest precision and multi-purpose collet chuck system.

MEGA NEW BABY CHUCK tool holders are precision ground and balanced for high-speed machining. All components are specifically designed for high-speed applications.

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

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.

As one of the smallest round chucks in the UNILOCK family, the ASM 90A specializes in small jobs without creating obstructions.

Our 138 mm round chucks easily mount in custom fixture designs, and their versatility makes them our best seller.

ISM 160 round chucks are single chuck solutions for the face of 4th and 5th axis rotary tables.

Due to its size and additional clamping springs, the ESM 176A mm round chuck excels at handling heavyweight fixtures.

For high precision machining. Ideal tool holders for machining processes that require high accuracy such as drills, reamers, ball mills, end mills, diamond reamers and grinding tools.

Super Slim HYDRAULIC CHUCK is the ideal tool holder for precision finishing processes in confined areas. The slim design eliminates interference.

Base stations with the new ERGO 138 chuck rather than the ESM 138, saving 11mm of height.

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.

Jet Coolant HYDRAULIC CHUCK tool holders are ideal for finishing applications that would benefit from improved coolant delivery