Fully Automatic Ultra-Low Temperature Liquid Nitrogen Tank System PBN30
Currently, the country has promulgated and implemented multiple national standards related to biological samples, including the "Management Specification for Human Biological Sample Banks." Traditional, extensive sample banks will gradually be replaced by highly automated equipment.
With the vigorous development of related industries and the implementation of relevant policies, it has become an urgent requirement for biobank to enhance the operational efficiency of the sample library, ensure the safety of biological samples, and improve the traceability and query system of biological sample data information. The demand for fully automatic biological sample storage equipment is expected to experience an explosive growth.
The fully automatic ultra-low temperature liquid nitrogen tank system, through the development of biological sample storage structures, combined with scanning identification, ultra-low temperature magnetic adsorption, motion sensing, and other technologies, achieves automatic transportation and storage operations for biological sample storage tubes.
Technical Features:
Storage Temperature: -180℃
Board Temperature: -130℃
Pipe selection temperature: -130℃
Storage Volume (2ml Cryogenic Tube): 27,300 Units
Number of storage board racks (10 x 10): 273 units
Equipment dimensions (W * D * H): 1230 * 1795 * 2480mm
Full Load Weight: 1200 kg
Static liquid nitrogen consumption: 12 L/day
Nitrogen consumption during operation: 12L/h
Equipped with a bio-sample library visualization system, integrated with digital twin technology, for intelligent operation and management.
2. Mini-program for WeChat, PC management interface for remote control, supports multi-user simultaneous management.
3. High level of automation, achieving full-process automatic inventory management
4. Proprietary Storage Patent Technology: Dense Storage Freezer Racks
5. Compatible with various tube sizes for freezing storage
6. Automated operation within the sample library, reducing labor costs
7. Features a tapered can design, reducing liquid nitrogen loss by approximately 30%.
8. Shipping method: Intermediate tank + AGV material handling robot
9. Post-liquid nitrogen supply interruption, the storage area can maintain temperatures below -180°C for ≥8 days (in static condition), and below -135°C for ≥20 days (in static condition).
10. The system features manual-assisted operation capabilities. In the event of major malfunctions or force majeure circumstances, samples can be safely transferred in the form of freezing racks or freezing boxes without the need for additional equipment.
