In modern medical technology, diagnostic imaging systems such as CT scanners, MRI machines, and X-ray equipment not only demand crystal-clear imaging and flexible operation, but also place high requirements on stability and ultra-quiet performance during operation. Behind these highly sophisticated devices lies a critical component that plays a silent yet vital role — the slewing bearing.
Key Features of Slewing Bearings
Slewing bearings are specialized components designed to simultaneously withstand axial loads, radial loads, and tilting moments in large equipment. Compared to traditional bearings, they offer compact structure, easy installation, strong load capacity, and smooth rotational performance.
According to structural differences, slewing bearings are available in gearless, external gear, and internal gear versions, suitable for various drive systems. They are also categorized into different structural types such as crossed cylindrical roller bearings, crossed tapered roller bearings, and three-row cylindrical roller combinations. For example:
Four-point contact ball bearings offer excellent static load capacity;
Crossed cylindrical roller bearings provide high dynamic load performance;
Crossed tapered roller bearings offer enhanced support rigidity and rotational accuracy through preload designs.
Three Key Advantages
Ultra-Precision: Carefully selected materials and precision machining ensure micron-level rotation accuracy;
Ultra-Quiet: Optimized raceway and lubrication design allow operation in noise-sensitive environments such as operating rooms;
High Stability: Compact internal structure and high rigidity ensure long-term reliability and resistance to deformation.
![]() | Ideal for High-End Medical Imaging and Diagnostic Systems Slewing bearings are widely applied in CT scanners, radiotherapy machines, C-arm systems, and digital X-ray equipment, where they provide precise rotation and robust support. In medical imaging and navigation systems, slewing bearings ensure smooth motion even under ultra-quiet and highly stable operating conditions. Their superior rigidity, low friction torque, and high rotational accuracy have made them the preferred choice for many leading medical equipment manufacturers. Whether supporting circular rotation for precise scanning or complex movement platforms, CHG slewing bearings consistently demonstrate exceptional reliability and performance in medical applications, playing a silent role in safeguarding human health. |
At CHG, we are dedicated to developing advanced bearing solutions for high-end industries, especially in sectors such as medical technology, aerospace, and defense, where precision and reliability are critical. We believe that a bearing is not just a component — it is the foundation of a machine's core performance.
Learn more about our custom solutions or technical specifications by contacting us.