Description
How can I choose the right ULT freezer in a 100 L/66 freezer box scale for my lab? What makes a reliable -80 °C freezer?
When it comes to maximizing sample storage capacity at the bench, the Eppendorf CryoCube F101h ULT freezer sets the standard: Up to 6,600 vessels below your bench in the lab with real -80 °C. By taking advantage of ultra-efficient, compact vacuum insulation panels which are used in combination with traditional PU foam insulation, we managed to slim down the freezer walls.
The Eppendorf CryoCube F101h offers a 2-compartment lay-out and two insulated inner doors for easy sample access and safe sample storage at -80 °C. The walls are 80 mm thick based on foam and vacuum insulation panels. The footprint is limited to half a square meter, especially designed for small labs. The temperature range for this -80 °C lab freezer is between -50 °C and -86 °C. The rails enable flexible positioning of the shelf, depending on your needs.
The ULT freezer has a volume of 101 L (3.6 cubic feet) and a temperature range from -50 °C to -86 °C. The CryoCube F101h is based on the freezer model:
CryoCube F101h:
• 80 mm wall (polyurethane insulation and vacuum insulation panels)
• "Green" hydrocarbon-based cooling liquids (R290/ R170)
• Air-cooling
Vacuum insulation panels allow for increased internal capacity with the same footprint as traditionally foamed freezers
Inner doors are gasketed as well as insulated creating 2 separate compartments minimizing cold air loss while you access your samples
Easy-to-read LED control panel and alarm status
Special vacuum vent with plunger ergonomically located to gain immediate access to your freezer
Inner doors can be quickly removed without the need for tools for easier and faster defrosting
Full stainless steel interior for easy cleaning during maintenance and defrost cycles; powder-coated steel exterior
Special low-temperature outer door seals allow gaskets to remain flexible at –86 °C and prevent ice buildup for easy access to samples
Password protection of alarm and temperature setpoints to prevent unauthorized setting changes
