- Static NER: 5 L / Day
- LN2 Capacity Liquid Full: 205 L
- LN2 Capacity Vapor Storage: 62 L
- Static Hold Time - Vapor: 11 Days
- Static Hold Time - Liquid Full: 40 Days
- Neck Opening: 12 1/2”
- Usable Internal Height: 13”
- Inner Diameter: 28 13/16”
- Overall Height: 44 9/16”
- Liftover Height: 34 13/16”
- Outside Diameter: 32”
- Internal Diameter (Tray): 28 13/16
- Weight Empty: 330 lbs [145 kgs]
- Weight Liquid Full: 695 lbs [310 kgs]
- Weight Vapor Storage: 440 lbs [195 Kgs]
- Working Capacity:
- SUC-1 Canisters: 71
- 1.0ml Vials: 9,798
- 1.2ml Vials: 10,224
- 2.0ml Vials: 5,680
- 1/2cc Straws: 22,010
MVE HE 800 C Compact LN2 Freezer (Capacity: 5,680 x 2.0 ml vials)
Item#: HE800CThe MVE HE 800 C from MVE Biological Solutions is a compact, high performance cryogenic storage system designed to optimize space, efficiency, and sample management in laboratories and clinical environments.
Where the MVE HE 800 C Excels:
- IVF Facilities
- Clinical Laboratories
- Research Laboratories
- Biopharma Applications
- Backup or Quarantine LN2 Freezer
- Sleek, Modern Design: Compact design and footprint make it suitable for labs with space constraints.
- Enhanced Ergonomics: Lower lift-over height for improved accessibility and reduced physical strain.
- Streamlined Inventory Management: Compatibility with SUC-1 systems ensures faster and more organized sample retrieval.
- Performance: Consistent performance maintaining cryogenic temperatures with superior thermal stability for reliable sample preservation.
- Space-Saving: Compact design ideal for constrained environments.
- Operational Capacity: 7 XC 47/11 = 1 HE 800 C
- LN2 Efficiency: Consumes less LN2 than a wide-neck dewar or open-top freezer
- Enhanced Ergonomics: Reduced physical strain by eliminating reaching under shelfs or cabinets, virtually eliminating the need to bend over to lift cannisters. Retrive samples at counter-top height.
- Reliable Preservation: Maintains premium thermal stability for sample integrity.
- Energy-Efficient: Lower operation costs without compromising performance with controlled automated filling.