Webinar: Air Bearing Motion Systems – How Do They Work and Where Are They Used

Air bearing motion systems are mechanisms that employ a cushion of compressed air to enable virtually frictionless movement and precise positioning of objects. These systems use a thin layer of air to separate the moving component from a stationary surface, eliminating the need for traditional physical contact, such as ball or roller bearings. This frictionless operation allows for high precision, smooth motion, without wear, making air bearing motion systems maintenance free and suitable for applications where precision, cleanliness, and low friction are critical, such as semiconductor manufacturing, laser processing, and metrology devices.

Working Principles of Air Bearing Stages
Air Bearing Structural Design
How Does the Air Get into the Bearing
The Importance of Air Supply Quality
Preloading Methods
Air Bearing Stiffness
Structure
Precision Milling, Turning, and Grinding
Motors
Encoders
Performance Expectations
Air Bearings vs Traditional Mechanical Bearing
Surface Averaging Effect
Applications
Semiconductor Applications
Precise Force Sensing/Force Control Applications
Fast Alignment Applications
Future Trajectories
Advancements in The World of Air Bearings
Magnetic Levitation Technology

Key Takeaways from the Air Bearing Webinar

Fundamentals: Explore the core principles of air bearings.
Comparative Assessment: Assess how air bearings compare to conventional motion systems, weighing the advantages and drawbacks while considering factors like geometry, speed, load, and environmental suitability.
Application Highlights: Uncover real-world scenarios where air bearing motion systems excel, from cutting-edge micro-LED and semiconductor manufacturing to tomography systems and high-speed photonics alignment automation.
Future Directions: Gain knowledge about upcoming trends and innovations within the realm of air bearing technology and related technologies.

See more Webinars on Precision Motion Technologies and Applications