The crossed roller bearings of QIBR were delivered to the customer in Jakarta, Indonesia, to improve the precise positioning and stability of the medical X-ray machine.
- Continent
- Asia
- Country
- Indonesia
- Date
- 2016-09-02
- Categories
-
Cross Roller Bearing
- Applications
- Medical X-ray Machine
Products Used
Crossed Roller Bearings
1. High Load Capacity: The QXR766051 crossed roller bearings can simultaneously bear radial and axial loads, making them very suitable for use in medical equipment. During the operation of the X-ray machine, stable support for heavy components is required, and the QXR766051 crossed roller bearings can effectively distribute these loads, improving the overall stability and safety of the equipment.
2. High Rigidity and Precision: The QXR766051 crossed roller bearings have extremely high rigidity. The rollers are arranged in a crossed manner, which can provide a larger contact area, enhancing the rigidity of the bearings and ensuring that the X-ray machine can perform high-precision positioning during precise operations. This improves the image quality..
3. Compact Design: The QXR766051 crossed roller bearings have a smaller external dimension and weight, making them suitable for use in medical equipment with limited space. X-ray machines often need to integrate multiple functions in a compact space. The compactness of the QXR766051 crossed roller bearings makes the X-ray machine more flexible and optimizes the internal layout.
Additional Notes:
The Indonesian customer decided to purchase the QXR766051 crossed roller bearings of QIBR Company to meet the requirements of improving the precise positioning and stability of the medical X-ray machine. The unique structure of the QXR766051 crossed roller bearings can bear large radial and axial loads and provide extremely smooth rotation. The bearings of QIBR can improve the positioning accuracy of the equipment, ensure the accuracy of each imaging, and improve the reliability of medical diagnosis. The QXR766051 crossed roller bearings adopt a precise design, optimizing the combination of the contact surfaces of the inner and outer rings and the rolling elements. Under high load conditions, they can provide extremely low vibration and noise, operate more quietly and smoothly, and improve the comfort of medical operations and the lifespan of the X-ray machine.