GET THE FLAT PANEL DISPLAY INFOGRAPHIC
Conveying delicate substrates is a major concern during flat panel display (FPD) manufacturing. Any inconsistencies in the motion can damage your products and cause major setbacks.
While air bearing technology has existed for decades, not all are created equal. Orifice air bearings provide a frictionless surface between components but are susceptible to pressure gradients which cause production stopping crashes.
New Way® offers four no-contact solutions that keep glass substrates moving quickly using our Porous Media Technology™.
– PA-series
– T-series
– H-series
– Precision Zone
These air bars force air through a naturally porous carbon substrate instead of machined grooves. The millions of submicron passageways inherently distribute air evenly on the surface of the air bar, creating a stiff, uniform air cushion to float delicate substrates.
Our infographic highlights how each air bar can be used to enhance your FPD process at every stage—from simple or high-speed conveyance to precision motion for accurate inspections.
To download our flat panel display industry infographic, complete the simple form.
Blog
New Way® Air Bearings has always been at the forefront of precision manufacturing. And, with precision comes the need for technology that’s both durable and crash-resistant. Whether you're considering air bearings for conveyance, manufacturing, or inspection stages, our products provide…
Events
New Way® Air Bearings will be in attendance at EUSPEN 2020 in Geneva, Switzerland. EUSPEN is the premier international conference for precision engineering and industrial innovation. Hope to see you there!
Releases
On November 1, 2019, students from E.T. Richardson Middle School in Springfield, PA visited New Way Air Bearings for a rare, behind the scenes look at air bearing manufacturing. Participating in ‘What’s So Cool About Manufacturing?’, students spent a day interviewing employees, filming them at work, and gaining a new and exciting perspective on manufacturing.
Learn More About the Porous Media Difference
