As medical equipment continues to evolve, high-precision bearings have become essential components in many advanced medical systems. Bearings directly affect machine stability, imaging resolution, operational accuracy, and service life. Let’s explore where precision bearings play a crucial role in the healthcare industry.
Medical Imaging Equipment
CT Scanners High-speed rotating gantries require ultra-low noise, low-friction thin section bearings. Bearing accuracy directly impacts image clarity and scan speed. Long service life and minimal vibration ensure consistent image stability. MRI Systems Non-magnetic bearings or ceramic bearings are essential due to strong magnetic fields. Low noise and low friction prevent any interference with imaging quality. Ultrasound Machines Rotating probes and adjustable heads rely on miniature precision bearings. Ensure probe stability and smooth continuous rotation. |  |
 | Surgical Robots and Minimally Invasive Devices With the rise of robotic-assisted surgery, precision bearings are critical in robotic joints and surgical control arms: Crossed roller bearings and thin section bearings are widely used in robotic arm joints. Enable micron-level positioning accuracy and smooth operation. High rigidity and load capacity ensure stable long-term performance during complex surgeries. Orthopedic and Rehabilitation Robotics Rehabilitation robots, prosthetic systems, and exoskeletons heavily depend on high-performance bearings: Lightweight, high-rigidity, and long-lasting bearing designs. Guarantee precision and consistency during repetitive movements. |
Radiation Therapy & Gamma Knife Systems
Radiation therapy devices require highly precise rotational positioning for targeted treatment:
Large rotary tables use thin section or crossed roller bearings.
Ensure smooth, highly accurate rotation with minimal treatment deviation.
Laboratory Analysis & Diagnostic Devices
Includes automated blood analyzers, sample sorters, centrifuges, and lab automation systems:
Bearings must be high-speed, low-noise, and highly reliable.
Capable of frequent starts, stops, and continuous vibration with extended lifespan.
Why Are Bearings Critical in Medical Applications?
High Precision: Directly impacts imaging quality and surgical safety.
Low Noise: Ensures patient comfort and prevents data interference.
Long Lifespan: Minimizes downtime and maintenance costs.
Clean Operation: Lubricants and sealing designs meet strict medical hygiene standards.
Special Materials: Non-magnetic, corrosion-resistant, and high-temperature options for specific medical needs.
CHG Provides Custom Precision Bearings
CHG specializes in precision bearings for diverse industries. For medical applications, CHG offers fully customized precision bearing solutions,If you need precision bearings for your medical equipment, please contact us for customized solutions!
Website: www.chgbearings.com
Email: info@chg-bearing.com
