VU

Features and advantages of QIBR VU series four-point contact ball slewing bearings

The QIBR VU Series four-point contact ball slewing bearings come with multiple significant features and advantages, playing an essential role across various industries, including:

1. Boost efficiency with low friction of QIBR VU series four-point contact ball slewing bearings 

The QIBR VU series four-point contact ball slewing bearings are designed with four contact points, minimizing friction and improving overall mechanical efficiency while lowering energy consumption for cost-effective operations.

2. Superior stability and extended lifespan of QIBR VU series four-point contact ball slewing bearings 

With an even load distribution, the VU series bearings ensure high stability, cutting down on vibration and noise and boosting operational smoothness and reliability. Their optimized design reduces wear and extends service life, making them the ideal choice for long-lasting performance.

3. Customized solutions of QIBR VU series four-point contact ball slewing bearings 

QIBR offers customization services for the VU Series, allowing bearings to be designed for specific needs and to meet the unique demands of various industries and applications.

Performance enhancements and solutions of QIBR four-point contact ball slewing bearings VU series

1. Improvement of bearing material characteristics

The QIBR VU series four-point contact ball slewing bearings can be equipped with surface treatments like galvanization, significantly improving corrosion resistance and prolonging their operational life, especially in harsh environments.

2. Improvement of bearing rotational accuracy

QIBR four-point contact ball slewing bearings VU series are manufactured with state-of-the-art processing equipment and techniques, including precision heat treatment and advanced machining centers. These processes significantly improve the geometric accuracy of the inner and outer rings, reduce machining errors, and enhance the rotational accuracy and stability of the bearings.

3. Less maintenance, fewer replacements

The QIBR VU series four-point contact ball slewing bearings incorporate seals that prevent external contaminants from entering and reduce the risk of grease leakage. Additionally, the lubrication holes enable convenient grease application, improving bearing longevity and minimizing maintenance and replacement expenses.

4. Customized design

For different occasions, the QIBR four-point contact ball slewing bearings VU series can be tailored with individual dimensional solutions to meet special applications. This design not only enriches the standard of bearings but also demonstrates our commitment to providing practical guidance for manufacturers to meet the individual needs of users, making them feel catered to and valued.

In conclusion, optimizing materials, manufacturing accuracy, surface corrosion protection, and other measures can significantly improve the QIBR four-point contact ball slewing ring bearings VU series performance to meet the increasingly demanding application requirements.

Primary application fields for QIBR VU series four-point contact ball slewing bearings

Machine tool

Engineered for high-performance applications, the QIBR VU series four-point contact ball slewing bearings provide robust support for large radial, axial, and overturning moment loads. They are used in CNC machine tool spindles and rotary tables, delivering stable operation and exceptional high-speed performance.

Wind turbines

QIBR four-point contact ball slewing bearings VU series are used in the slewing connection between a wind turbine's tower and a nacelle, helping to achieve a smooth rotation of the nacelle to align with the wind direction.

Amusement facilities

QIBR four-point contact ball slewing bearings series VU are used in carousels, ensuring their safety and stable operation.

Radar system

The QIBR VU series four-point contact ball slewing bearings are designed for use in the rotating components of radar antennas, providing the stability and precision required for accurate monitoring and tracking.