Cryopreservation container MNR-170

laboratorycelltissue

3 core advantages to establish new standards for long-term sample storage Frequent refilling or dewar replacement can be reduced, meaning highly improved LN2 operation safety Temperature rise caused by high-temp nitrogen during refilling can be alleviated, which guarantees the safety of stored items LN2 loss caused by ebullition, high-pressure impact and pipeline residual can be prevented 4 core technologies enable safer preservation of bio-samples Hot gas bypass design can exhaust the residual AT nitrogen in the pipeline during filling, which prevents drastic temperature fluctuation accordingly and reduces LN2 consumption Capacitive sensors use capacitance changes to measure the fluid level, realizing real-time display of accurate fluid level data and ensuring safe and reliable auto-filling With vortex baffle structure, LN2 will bump to the tank wall after filling to form vortex, which ensures stable filling and no ebullition Unique design of heat insulation sandwich keeps the temperature stable under -180℃ in spite of frequent or long-time stock-in and stock-out operations, ensuring the storage safety Comprehensive software functions Multi-level alarm functions: high temperature alarm, high/low fluid level alarm, LN2 supply interruption alarm, lid open overtime alarm, temperature sensor failure alarm, fluid level sensor failure alarm Manual/automatic defogging methods give a clearer view of stored items Use manual start/stop key on the touch panel to control manual filling function Multi-level protections, such as electronic lock and mechanical lock to guarantee storage safety