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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Presentation: Selecting Seals for Better Pipettors
Analytical, Bal Seal, SealingThis short presentation examines the relationship between seal choice and pipettor equipment performance, and it addresses important design criteria,...
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High Pressure Pump Design Considerations
Analytical, Bal Seal, SealingThis article will advise on high pressure liquid chromatography pump design considerations that can help engineers meet industry pressure...
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Optimizing HPLC Pump Seal Design for Improved Performance
Analytical, Bal Seal, SealingSeals play a critical role in the accurate and proper functioning of HPLC and UHPLC pumps. Various factors can...
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Presentation: Optimizing Seal Design for Improved Medical Ventilator Life & Performance
Bal Seal, Medical, SealingThe seal you choose for your medical ventilator design or retrofit can have a big impact on its performance....
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Video: UHPLC and HPLC Pump Seal Features
Analytical, Bal Seal, SealingIf you’re looking to improve the performance of your high-performance liquid chromatography (HPLC) pump designs, our Bal Seal® spring-energized...
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Video: Contacts for heart assist device design
Bal Seal, Conducting, Connecting, Medical, Shielding The Bal Conn® electrical contact and the SYGNUS® implantable contact system deliver low electrical resistance (as low as...
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Cryogenic Seal Design Recommendations
Bal Seal, Energy Management, SealingIn valves used to manage cryogenic LNG, typical seals can shrink and extrude. This can lead to costly, and...