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.
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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...
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Video: Spring-Energized Seals for Airborne Gimbal Design
Watch this short video and see how a Bal Seal® spring-energized seal, with its extremely low coefficient of...
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Spring-energized Seals For HPLC and UHPLC Pumps
If you’re feeling pressure to improve the performance of your high-performance liquid chromatography (HPLC) pump designs, our Bal Seal®...
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Preventing Premature Seal Failure and Extending IVD Pump Life
Performance requirements for in vitro diagnostics (IVD) equipment—including clinical, hematology, and urine analyzers—are outpacing capabilities. Increasingly, the IVD industry is seeking equipment...
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Bal Seal Engineering Updates Rotary Seal Catalog
Foothill Ranch, Calif. – U.S.A. – September 17, 2019 – An updated technical catalog published by Bal Seal Engineering...
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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...
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Avoid Mistakes In Gimbal, Pod And Pan-tilt System Design
Sealing Efficiency vs. Friction in Gimbals, Pods & Pan-tilt Systems from BSEmarketing In this presentation by Bal Seal Engineering,...
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Bal Seal® solutions for Cryogenic Applications
In valves used to manage cryogenic LNG, typical seals can shrink and extrude, leading to costly, often catastrophic leakage....
