In high-precision machine tools and industrial equipment, bearings are the core components that ensure stable operation and accurate machining. Selecting the right bearing type for specific working conditions and performance requirements can significantly extend equipment service life and improve production efficiency.
1. Double-Row and Multi-Row Cylindrical Roller Bearings
Features: Medium rotational performance, excellent rigidity.
Applications: High bidirectional axial loads and extremely high radial loads.
Advantages: Strong stability, suitable for fixed-end support, extending spindle service life.
2. Double-Row and Multi-Row Tapered Roller Bearings
Features: Excellent rotational performance with medium to low torque.
Applications: Extremely high radial loads, low axial loads.
Advantages: High rigidity and impact resistance, ideal for fixed-end spindle designs.
Features: Exceptional rotational performance, ultra-low noise.
Applications: Medium radial loads, low bidirectional axial loads.
Advantages: Compact structure, smooth and stable operation.
4. Double-Row Angular Contact Ball Bearings
Features: Good rotational performance, suitable for fixed-end applications.
Applications: Medium radial and axial loads.
Advantages: Ideal for fixed-end support, helps reduce machining errors.
5. Thrust Tapered Roller Bearings
Features: Good rigidity, relatively lower rotational performance, suitable for fixed-end use.
Applications: Extremely high unidirectional axial loads.
Advantages: Heavy-load and impact resistance.
Features: Self-aligning capability.
Applications: High radial loads, small bidirectional axial loads.
Advantages: Compensates for installation errors and extends service life.
As a professional supplier of machine tool bearings, CHG offers a wide range of bearing structures and precision grades, along with selection consulting, customization services, and technical support. We ensure that every set of bearings meets your machining accuracy and equipment life requirements.
Contact us today: info@chg-bearing.com