Live Centers for Lathes
Product Introduction
Specifically engineered for high-speed turning and precision machining, our Live Centers feature a high-precision bearing system that ensures stable rotation and exceptional concentricity while minimizing vibration.
• Triple-Bearing Precision Design: Featuring a sophisticated triple-bearing structure and a robust sealing system, the runout is strictly controlled within 0.003 mm.
• High-Strength Alloy Steel: Manufactured from premium high-strength alloy steel to ensure maximum rigidity and wear resistance under high-speed operating conditions.
• Stable Rotation & Low Runout: The precision internal engineering guarantees excellent concentricity, significantly reducing vibration and enhancing the surface finish of the workpiece.
• Versatile Application: Ideally suited for both conventional lathes and advanced CNC turning centers, providing a reliable solution for high-precision turning tasks.
Product Description
Product trial model
High-Precision Support for Stable High-Speed Turning
Live Centers are engineered for high-speed turning and precision machining applications, featuring a high-accuracy bearing system that ensures stable rotation and excellent concentricity.
They effectively reduce vibration and runout during long workpiece machining or high-RPM operations, improving surface finish and dimensional stability.
Manufactured from high-strength alloy steel and precision-ground with dynamic balancing control, they deliver reliable performance under heavy loads and continuous machining conditions.
Key Features
- Specialized sealing system prevents penetration of cutting fluids and external contaminants
- High-precision triple-bearing structure ensures superior rotational accuracy and extended service life
- Runout controlled within 0.003 mm
Suitable for conventional lathes, CNC turning centers, and precision machining applications.
For customized designs or additional specification options, please contact us. Our team will provide the most suitable solution for your application.
