HT

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

QIBR four-point contact ball slewing bearings HT series has several significant features and advantages, which play a key role in various fields, mainly in the following aspects:

1. High load capacity of QIBR four-point contact ball slewing bearings HT series

QIBR HT series four-point contact ball slewing bearings are designed to handle higher loads, with increased bearing height and larger rolling elements than the HS series. Perfect for applications with elevated load requirements.

2. QIBR four-point contact ball slewing bearings HT series can accommodate loads from multi-directions

QIBR four-point contact ball slewing bearings HT series can simultaneously bear loads in any direction, making them outstanding performers under complex and dynamic loading conditions. They are suitable for applications requiring frequent rotation and oscillation.

3. QIBR's HT series four-point contact ball slewing bearings are designed for compactness

With a compact design, the QIBR HT series four-point contact ball slewing bearings provide impressive load and rotational capacity, making them the ideal choice for space-limited applications.

4. Customized service of QIBR four-point contact ball slewing bearings HT series

QIBR four-point contact ball slewing bearings HT series can provide customized service and design the bearings according to the specific needs, which can meet the demands of different industries and working conditions.

Performance improvements and solutions of QIBR four-point contact ball slewing bearings HT series 

1. Improvement of bearing material properties

The QIBR HT series slewing bearings can be customized with special processes or materials to suit various working conditions.

2. Improvement of bearing rotational accuracy

QIBR four-point contact ball slewing bearings HT 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. Vibration and noise mitigation

Through careful optimization of mass distribution and dynamic/static balance, the QIBR HT series reduces rotational vibration and noise, ensuring stable and quiet operation.

4. Real-time monitoring

The QIBR HT series integrates advanced sensors (temperature, pressure, vibration) to continuously monitor the bearing's performance. This enables fault detection and predictive maintenance, which enhances reliability and minimizes downtime.

In conclusion, optimizing materials, precision manufacturing, and other measures can significantly improve the QIBR four-point contact ball slewing bearings HT series performance to meet the increasingly demanding application requirements.

Main application fields of QIBR four-point contact ball slewing bearings HT series

Robotics

The QIBR HT series four-point contact ball slewing bearings are widely utilized in large robots, especially those requiring precise rotational motion, such as industrial and service robots. These bearings offer a stable rotation platform, ensuring low friction and exceptional reliability during delicate operations.

Conveyor systems

In automated production and logistics systems, the QIBR HT series four-point contact ball slewing bearings are critical in rotating conveyor equipment, improving material handling efficiency and ensuring smooth operation.

Wind turbines

For optimal performance in wind turbines, the QIBR HT series four-point contact ball slewing bearings provide reliable, stable rotation by connecting the blades to the tower. These bearings are engineered to handle high loads and extreme conditions and ensure long-lasting durability and efficiency in fluctuating wind environments.

Amusement facilities

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