ER32 clamping collets with JET coolant system and neoprene sealing inserts are designed for high-precision tool clamping in CNC machining centers and industrial machine tools. Manufactured according to the DIN ISO 15488 (DIN 6499) standard, these collets ensure high rigidity, reliability and excellent run-out accuracy in demanding machining operations.

The integrated JET coolant system allows coolant to flow through four frontal holes in the collet nose, directing the coolant precisely to the cutting area. This improves heat dissipation, enhances tool life and promotes efficient chip evacuation during high-speed machining.

Coolant sealing is ensured by neoprene inserts integrated in the 30° taper, preventing coolant leakage and ensuring a controlled and efficient coolant flow. The system supports a maximum operating pressure of up to 25 bar, making these collets suitable for intensive industrial machining applications.

The collet body features a 4+4 slit design, providing optimal elasticity, excellent clamping stability and uniform force distribution during tightening. This construction enables a run-out accuracy of ≤ 0.008 mm, which is essential for precision machining processes.

ER32 clamping collets are designed for tools with cylindrical shanks and offer a clamping range of 0.1 mm, ensuring precise and stable tool holding.

For correct coolant sealing performance, tools must have a nominal diameter corresponding to the ER32 collet size and must be inserted along the full gripping length.

These collets can be used with standard ER clamping nuts, both concentric and eccentric types, ensuring compatibility with the most common ER tool holders used in milling, drilling and precision machining operations.

The combination of high clamping precision, rigidity and targeted coolant delivery makes ER32 clamping collets with JET system particularly suitable for demanding industrial sectors such as precision engineering, automotive manufacturing, aerospace production and advanced CNC machining.