The Bal Seal® spring-energized seal allows for precise control of frictional forces, resulting in less wear, less leakage, and more reliable operation of hematology, urinalysis, and other clinical analyzers.
Blog
Related Articles
-
Infographic: Medical Ventilator Design
In the aftermath of the COVID-19 pandemic, medical ventilators are playing a vital role in patient survival and recovery....
-
Presentation: Optimizing Seal Design for Improved Medical Ventilator Life & Performance
The seal you choose for your medical ventilator design or retrofit can have a big impact on its performance....
-
Robotic Arm Components: Spotlight on the Seal
Dynamic seals are used in many areas of robotics, including motors, actuators, and end effectors. But one of the...
-
Seal Improves Life of Implantable Pump, and of Patient
The design of an implantable low-flow pump to treat ascites required an added level of protection against malfunction...
-
Improving Wind Turbine Design with Springs and Seals
As wind-energy systems supply a greater percentage of power worldwide, minimizing downtime and decreasing maintenance and service is critical....
-
Webinar: Achieving Improved Medical Device Performance Through Seal Design
If you missed our DesignLive Medical webinar when we hosted it on October 6, 2021, don’t worry—we’ve got...
-
Custom Components are Key to Smaller, More Efficient High-Speed Surgical Tools
The Bal Seal® combines low friction, compact designs, and excellent resistance to sterilization processes to enhance the performance and...
-
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...
