EXPANDING NUT COLLET CHUCK

The CNC Special Fixtures are designed to hold workpieces securely for precision machining on CNC machines.
They provide stable and accurate positioning for complex and custom-shaped components.
Manufactured from high-grade alloy steel for long-lasting durability and rigidity.
Ensures minimal vibration and high repeatability during machining operations.
Ideal for milling, drilling, turning, and multi-axis CNC applications.
Customizable for various workpiece sizes, shapes, and machining requirements.
Enhances productivity by reducing setup time and improving machining accuracy.
Perfect for automotive, aerospace, mold-making, and precision engineering industries.

A 4 & 5 Axis Rotary Collet Chuck is a precision workholding system designed for multi-axis CNC machining centers and rotary tables. It delivers strong, uniform clamping with excellent concentricity during continuous rotation and simultaneous machining, making it ideal for complex geometries, angular operations, and single-setup production while reducing cycle time and setup errors.

A Diaphragm Collet Chuck is a high-precision workholding solution designed for exceptional concentricity and minimal workpiece distortion. Using an integral elastic diaphragm for uniform 360° clamping, it delivers micron-level repeatability, making it ideal for finish turning, grinding, and tight-tolerance CNC machining where superior roundness and surface finish are critical.

An Expanding Flange Collet Chuck is a precision internal gripping workholding system that clamps components from the inside diameter while providing positive axial location through its flange face. It ensures excellent concentricity, face squareness, and distortion-free holding, making it ideal for thin-wall rings, bushings, bearing housings, and flanged components in CNC lathes, turning centers, and grinding machines.

A Double Cone Collet Chuck is a high-precision workholding solution designed for applications requiring maximum concentricity, strong gripping force, and vibration-free machining. Its dual-angle inner and outer cone design ensures uniform clamping pressure, making it ideal for CNC lathes, grinding machines, and precision turning operations with high speed and tight tolerances.