QIBR slewing bearings were delivered to the customer in Sydney, Australia, to enhance the stability and slewing accuracy of aerial work platforms.
- Continent
- Oceania
- Country
- Australia
- Date
- 2016-09-18
- Categories
-
Slewing Bearing
- Applications
- Aerial Work Platforms
Products Used
Slewing Bearing
1. High load capacity: The 225DBS209y slewing bearing adopts an integral design and can withstand large axial, radial and overturning moments. It can work stably in complex mechanical environments, improve the load-bearing capacity, effectively distribute the load, and ensure the stability of the equipment under various working conditions.
2. Stability: The 225DBS209y slewing bearing is made of high-strength and wear-resistant materials and has been processed by advanced manufacturing techniques. It guarantees the durability and reliability of the bearing during long-term use, reduces vibrations during operation, and enhances stability.
3. Flexibility: The 225DBS209y slewing bearing employs a precise machining process and can maintain high rotation accuracy. It enables the aerial work platform to rotate 360 degrees, allowing for various operations to be carried out flexibly, improving work efficiency and reducing the need for repeated movements.
Additional Notes:
The Australian customer decided to purchase the 225DBS209y slewing bearing of QIBR Company with the aim of improving the stability and slewing accuracy of the aerial work platform. The 225DBS209y slewing bearing, made of high-strength materials and through advanced manufacturing processes, can withstand high-intensity loads. Through optimized design and precision manufacturing, it ensures high-precision slewing control and provides stability when the aerial work platform is in operation. QIBR bearings can ensure the smooth operation of the vehicle under complex working conditions, improving work efficiency and safety. The 225DBS209y slewing bearing has corrosion resistance and anti-pollution ability and can operate stably in extreme environments, ensuring that the aerial work platform can maintain efficient operation under various complex working conditions.