Biomedical research facilities require sophisticated cryogenic storage systems capable of maintaining multiple isolated storage environments for diverse sample collections. Roben Manufacturing engineers custom multi-chamber cryogenic storage vessels designed specifically for biomedical research applications, featuring independently controlled chambers for different sample types, vacuum-insulated construction for minimal boil-off, and comprehensive monitoring systems for sample protection.
Biomedical research involves diverse sample types with different storage requirements—cell lines, tissue samples, DNA/RNA, proteins, and reagents may all require cryogenic preservation at different temperatures or in segregated environments. Multi-chamber cryogenic vessels enable researchers to maintain multiple storage environments within a single system, optimizing space utilization while preventing cross-contamination between sample types. Independent chamber control allows different temperatures for liquid nitrogen vapor phase (-150°C to -190°C) and liquid phase (-196°C) storage. Roben Manufacturing delivers multi-chamber vessels engineered for the demanding requirements of biomedical research.
All Roben multi-chamber cryogenic vessels are designed and manufactured in accordance with:
With over 65 years of pressure vessel fabrication experience, Roben Manufacturing has developed specialized expertise in multi-chamber cryogenic vessels for biomedical research. Our cryogenic welding procedures ensure leak-tight construction at extreme temperatures, while our thermal engineering optimizes chamber configurations for minimal boil-off and maximum storage efficiency.
Multi-chamber vessels can be configured with 2 to 6 or more independent chambers depending on total vessel size and application requirements. Chamber sizes can be equal or varied to match specific storage needs.
Well-designed multi-chamber vessels achieve daily boil-off rates below 2% with vacuum/MLI insulation, minimizing liquid nitrogen consumption and maintaining stable storage conditions. Larger vessels typically achieve lower percentage boil-off.
Yes. Independent chamber design allows different storage temperatures—some chambers can maintain vapor phase temperatures (-150°C to -190°C) while others maintain liquid phase (-196°C). Temperature monitoring is independent for each chamber.
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Contact Roben Manufacturing to discuss your multi-chamber cryogenic vessels for biomedical research requirements.
Phone: (732) 364-6000
Email: sales@robenmfg.com
Address: 760 Vassar Avenue, Lakewood, NJ 08701