Expanded options for enhanced security: The following models of the CryoCube F740 series are available, you can select the best fit for your needs:
› CryoCube F740h: 80 mm wall (polyurethane foam and vacuum insulation panels), LED interface, "green" cooling liquids (R290/ R170), and air-cooling
› CryoCube F740hi: 80 mm wall (polyurethane foam and vacuum insulation panels), touchscreen interface, "green" cooling liquids (R290/ R170), and air-cooling
› CryoCube F740hiw: 80 mm wall (polyurethane foam and vacuum insulation panels), touchscreen interface, "green" cooling liquids (R290/ R170), and water-cooling
All CryoCube F740 series models have a volume of 740 L (26.1 square feet) and a temperature range from -50 °C to -86 °C.
Eppendorf ULT Freezers are known for their energy efficiency, reliability, and worry-free, long-term sample preservation.
Worried about the safety of valuable samples in your ULT freezer?
The "i" versions are equipped with a touchscreen interface where data are stored on-board and can be checked 24/7. If necessary, data as well as service reports can be extracted by a front-mounted USB port. The electronic lock system enables controlled access and higher sample safety.
This handling concept is based on our long-term expertise from Eppendorf PhysioCare combined with extensive user test sessions.
The CryoCube F740 series is equipped with reliable heavy-duty compressors (2-stage cascade cooling system). Quick pull-down times (250 min) enable fast re-use after cleaning/defrosting of the instrument. The freezers have short recovery times after opening to provide extra sample safety.
For even higher sample safety, the ULT freezers can be equipped with CO2/LN2 back-up systems and a chart recorder (Type II). Temperature monitor systems can be used to monitor the freezers remotely.
Bothered by loud ULT freezers?
The CryoCube F740h has an improved sound level of 47.8 dB. The "i" versions provide you some silence level of even down to 41.3 dB. These "i" versions are equipped with a sound-reduction system. Based on a different air filter position at the front of the freezer, the air flow is now guided in a more silent way towards the ventilation system. At the back of the freezer, a special compartment further reduces the sound level. Relax when working near a CryoCube F740 "i" version.
Burdened by unsorted boxes cluttering your freezer?
Make your scientific life easier: Store your freezer storage boxes within organized freezer racks. The CryoCube F740 series offers two different ways to store boxes: The 3-compartment and the 5-compartment style. A maximum of 576 boxes can be stored in a 3-compartment CryoCube F740 series equipped with MAX racks or 504 boxes equipped with standard racks. The 5-compartment CryoCube F740 series can be used for up to 528 boxes.
For other racking systems, please check the inner dimensions of the freezer and contact Eppendorf.
Additionally, you might think about a sample management solution beyond sample location documentation by paper or spreadsheet. Check out eLABInventory software.
Need a special set-up?
All units are available with 3 or 5 compartments. The 3-compartment unit has 3 shelves (fixed bottom one + two removable shelves). The 5-compartment unit has 5 shelves (fixed bottom one + 4 removable shelves).
The air-cooled versions offer a left-handed or right-handed outer door handle as an option to adapt the freezer to the conditions in your lab.
The built-in inverter technology enables the same freezer to be used on 100, 115, 208, and 230 V, just change the power cable.
Focusing on sustainability?
The "h" versions are the green flagships - by using hydrocarbon-based cooling liquids (R290/ R170), the power consumption is further reduced compared to classic cooling systems.
CryoCube F740 models are also validated by the ACT concept of "My Green lab".
The CryoCube F740hi and F740hiw are certified by ENERGY STAR®.
Support the epGreen initiative with your Eppendorf ULT freezer
Eppendorf Ultra-Low Temperature freezers are among the most energy-efficient in the industry, reducing energy consumption by thousands of kilowatt hours over our competition.
Factors influencing the energy consumption
› Thickness of insulation
› Type of insulation
› Type of cooling liquid
› Efficiency of compressors
› Control of compressor
› Pressure in cooling system
› Style of cooling loops (diameter, length, density,..)
› Sealings of outer door
› Sealings of inner doors
› Insulation of inner doors
› Insulatioon of outer door
Our part for sustainability
› Production moved into new building with state-of-the-art building insulation to save heating energy and power
› Heat output during final individual unit testing discharges building heating system
› Plastic and cardboard compactors introduced + waste rebate system in place
› Local requirements for waste management (collection of electronic waste like circuit boards, recycling via authorized recycling organizations) and internal guide lines
› Usage of green cooling liquids in Eppendorf ULT freezers for 10 years
› Packaging parts have increasing share of recycled origin
› Packaging is more than 99% recycable (wood, cardboard, PE-foil)
› REACH + RoHS compliant
› ENERGY STAR® partner
› Marketing material is printed on FSC certified paper, wherever possible focus on pdf only
› Shipment by cargo ship to reduce CO2 footprint
In 2014, the European Union announced a ban of all non-hydrocarbon-liquids (EU_517/2014) until 2020 (also known as "F-gas regulation").
Hydrocarbons are also known as green or natural gases. The two major representatives are propane and ethane (known as R290 and R170). Based on IEC 60335-2-89, there are no additional safety instructions for using green gases in ULT freezers necessary.
This ban includes all cooling devices except instruments for temperatures below -50°C. Based on this exception, ULT freezers of -86°C can continue to run with HFCs. Still, it makes sense to replace the HFC cooling liquids also for ULTs as global warming needs to be slowed down.
Due to this goal, we at Eppendorf clearly plan to replace all classic cooling ULT freezers within the next years.
As being on of the very first movers for green gases at -86°C, Eppendorf has now 10 years of experience in R&D, production, logistics, and service in the field.
In 2008, the (Eppendorf) New Brunswick Premium U570h was one of the very first commercially available ULT freezers driven by green cooling liquids.
Green CryoCube® F740 series
A major step is now done by focusing the flagship CryoCube® F740 series on future-proof green cooling liquids only: The F740h, the F740hi, and the water-cooled F740hiw.
Air-Conditioning At the Limit? Go For Water-Cooling
You can improve the conditions and comfort in your lab while saving energy by installing a water-cooled Eppendorf freezer. Many ULT freezers use the air in the laboratory to extract heat energy from the freezer’s heat exchanger. Another option is to use a water-cooled ULT freezer connected to a facility’s recirculating water system. A constant stream of water removes the heat from the heat exchanger, rather than the ambient air in the lab.
› Reduce air conditioning power consumption by letting the water carry away the heat
› The heated cooling water can be reused for other heat demanding systems in the facility
› Minimum flow: 29 L/h
› Inlet pressure: 1 – 10 bar
› Temperature range of water: 7 °C to 25 °C
Annoyed by uncomfortable handling?
Ergonomics is far beyond the »ergonomically designed chair«. Eppendorf started to optimize the laboratory devices regarding ergonomics already in the early 1970s.
In 2003, we started the PhysioCare Concept, focusing on ergonomic liquid handling devices like our pipettes.
Nowadays, the Eppendorf PhysioCare Concept is broaden up to include further laboratory products as a holistic solution to harmonize the workflow in your laboratory with your health and well-being, e.g. for the Eppendorf ULT freezer:
› Intuitive interface for easy handling
› Automatic vent port for easy re-access to samples
› Low noise level for convenient working conditions
› Ergonomic door handle dor easy opening and closing
› All cable interfaces are located at one corner for covenient access
Further information about the Eppendorf PhysioCare Concept: