In this presentation by Bal Seal Engineering, we examine the challenges between seal design and gimbal performance, and suggest ways to achieve the elusive balance between low friction and sealing effectiveness.
Blog
Related Articles
-
Presentation: Improving Surgical Robot Performance Through Seal Design
Precision machined from FDA compliant polymers and available in space-saving sizes, The Bal Seal® helps surgical robot designers meet...
-
Bal Seal Engineering Achieves AS9100D Certification
Foothill Ranch, CA – U.S.A. – February 26, 2018 – Bal Seal Engineering Inc, a global designer and manufacturer of...
-
Infographic- Bal Seal for Aviation, Space, and Defense
Spring-energized seals are critical components in aviation, space, and defense design. It’s the sealing solution that balances friction and...
-
Dialysis Machine Design Success Factors: Sealing
Dialysis machine design is critical- nearly 3.4 million patients worldwide require regular dialysis treatment. These machines filter blood outside...
-
Infographic: Industrial Valve Design
Industrial valves control, isolate, and regulate the flow of liquids and gases. Their failure can result in severe equipment...
-
Low Friction, Low Stiction Gimbal/Pod/Pan-Tilt Seals
Gimbal seals protect sophisticated radar, targeting, and imaging equipment in harsh environments. Some of these environments occur in aircraft,...
-
Sterilizable low-friction seals for medical devices
Our Bal Seal® spring-energized seals are used to protect against gases and liquids that can damage sensitive components in...
-
Bal Seal Engineering Solutions for Aerospace and Defense
Sealing, connecting, conducting, and EMI/RFI shielding solutions for Aerospace and Defense.
