Segmented guide grooves on the clamping jaws allow axial piston motion to drive radial jaw movement, reducing manufacturing complexity of precision chucks.
A front-mounted clamp adjustment device enables operators to lock, adjust, and change collets without moving to the rear of the machine tool.
Segmented leaf springs replace complex accordion elements to eliminate chip penetration and simplify cleaning in flexible guide bushings.
A hollow shank tool holder incorporates an elliptical undercut relief surface to distribute clamping forces along the major axis.
Centering jaws driven by a piston mechanism automate workpiece alignment, eliminating complex manual setup procedures and reducing device complexity.
A numerically controlled dental milling chuck uses translational movement to automatically secure workpieces without manual intervention.