Ultra-low temperature liquid nitrogen environment with ultra-low evaporation loss; • Super insulation and ultrahigh vacuum technology; • Suitable for multi-purpose use and compatible with 2ml and 5ml ampoules and 25ml\50ml blood bag storage;

Ultra-low temperature liquid nitrogen environment with ultra-low evaporation loss;• Super insulation and ultrahigh vacuum technology;• Suitable for multi-purpose use and compatible with 2ml and 5ml ampoules and 25ml\50ml blood bag storage.

Excellent heat transfer efficiency and narrow neck design extend the storage time, provide the possibility of long-term storage and reduce the evaporation loss of liquid nitrogen; All liquid nitrogen containers for super long-term storage have narrow necks for excellent thermal effects;

Haier Small Sized Storage Series Liquid Nitrogen Storage System features low LN₂ consumption and small storage capacity for laboratory applications.The light weight tanks require smaller space while provide efficient small capacity Advanced vacuum and insulation technologies provide ultra-low liquid nitrogen evaporation loss and ensure three months cryogenic storage.

Self-pressurized Series for LN₂ storage and supply is the latest innovation for high-performance liquid phase cryopreservation. It’s unique design utilizes the pressure generated from vaporization of small amount liquid nitrogen to discharge LN₂ for other containers. Storage capacities range from 5 to 500 liters.

Biobank series for large scale storage is designed to ensure the maximum storage capacity with the minimum consumption of liquid nitrogen to lower the overall cost of operation . •Storage space designed to maximise capacity •Designed for both liquid and vapour phase storage •Advanced vacuum and super insulation technologies reduce LN2 consumption •Cryosmart intelligent LN2 control system monitors and controls operation to protect samples •Liquid nitrogen hot gas bypass

The dryshipper is designed for safe sample transportation under cryogenic conditions (vapor phase storage, temperature under -190°C). It is suitable for air transportation of samples in short distances as the risk of LN₂ release is avoided.