Air Bearings in Medicine: Precision and Efficiency in Healthcare

Reduction in Mechanical Wear: Air bearings eliminate physical contact between moving parts resulting in a longer lifespan for components and reducing the frequency of maintenance.

Reduced Mechanical Noise and Vibration: Air bearings significantly lower mechanical noise and vibration. In imaging systems like MRI and CT scanners, this reduction improves the quality of the images by minimizing artifacts and distortions that can arise from vibrations. The degradation of image quality and mechanical wear that MRI scanners face is due to the vibration levels they perform at. When replaced with OAV alternatives, image quality and lifespan increase and outperform the negative effects of the mechanical competitors.

Cost Efficiency: By extending the lifespan of medical equipment and reducing maintenance costs, air bearings contribute to overall cost savings for healthcare facilities. No down time and more durability is an essential part of making sure patients are receiving the care they need on time and at the highest level.

Energy Efficiency: Air bearings have lower energy requirements compared to other traditional mechanical components used in medical devices, supporting efforts to reduce the energy consumption and promote sustainability in healthcare.

Cleaner Operation: Air bearings operate without lubricants or contaminants, reducing the risk of contamination in medical environments. This is particularly important in sterile environments and for devices in direct contact with patients.