ARCTIKO’s ULUF ultra low temperature compact laboratory freezers will add a new dimension to your laboratory. The compact space-saving design and low noise level make ULUF models the perfect ultra low temperature storage solution for your laboratory or workstation where you want to work uninterrupted without going back and forth to your main storage area.
The ULUF 15 ultra low temperature freezer can be used as either a benchtop or under-counter model and is ideal for laboratories with limited space. This model offers 7 L capacity and accurate temperature control within the range of -86 °C to -40 °C.
SINGLE COMPRESSOR TECHNOLOGY
This ultra low temperature freezer uses ARCTIKO’s single compressor technology with a simple structure that ensures easy maintenance, lower heat dissipation, low energy consumption and noise reduction for a pleasant work environment.
DIRECT COOLING
Our direct cooling technology features evaporator coils in each shelf to cool each compartment directly for maximum uniformity and minimal recovery time, even with multiple door openings.
HEATED DOOR FRAME
The ULUF 15 incorporates a heated door frame to prevent ice build up around the door gasket, securing a stable and uniform temperature inside the freezer.
KEY LOCK SECURITY
Equipped with a secure key lock, providing an added layer of protection for valuable contents and preventing unauthorized access. This feature ensures the integrity and confidentiality of stored items, making it ideal for environments where security is paramount.
ALARM FUNCTIONS
Visual and acoustic alarms for high/low temperature, open door, probe failure, power failure and low battery conditions ensure that you can react quickly in the unlikely event of a power, equipment or process issue.
FILTERLESS CONSTRUCTION
Our filterless construction makes cleaning unnecessary. The evaporator coils are spaced so far apart that dust will not be trapped and obstruct the airflow. The filterless construction eliminates
the need for filters entirely, saving you maintenance time and cost.
