The ER16 9 mm Collet is a critical component engineered for modern CNC machining centers and precision tool manufacturing equipment. It is designed to secure cylindrical shank cutting tools into the spindle with absolute accuracy and rigidity. By minimizing radial runout and axial displacement, this collet ensures maximum stability and repeatability during machining processes.
Key Features and Performance:
- Precision Clamping: The conical design allows for uniform circumferential clamping force when tightened with the collet nut, preventing tool slippage and vibration even at high RPMs.
- Material Quality: Manufactured from specially selected alloyed flexible steel, offering high durability, wear resistance, and elasticity.
- Heat Treated: Hardened to 44-48 HRC for long-term industrial use and resistance to deformation.
- Universal Compatibility: Produced according to DIN 6499/ISO 15488 standards, ensuring seamless integration with existing ER collet nuts and tool holders.
Applications: This collet is ideal for a wide range of operations including high-speed milling, drilling, reaming, precision turning, and micro-machining in sectors such as automotive, aerospace, medical, and mold making. Proper maintenance, including cleaning with high-pressure air and tightening to the correct torque, is essential for optimal performance.
Mermak International Reliability: With 16 years of experience based in our Ankara Uzay Sanayi facility, Mermak provides reliable, high-quality industrial components. We maintain up-to-date stock levels, ensuring that products are ready for immediate dispatch without production delays. We serve customers in the United Kingdom, United States, Canada, Australia, New Zealand, South Africa, and other international markets with careful packaging, professional logistics, and dedicated support. We are happy to provide product videos or factory views via WhatsApp upon request.






































































































































































































