PBN30-PRO Automatic Low-Temperature Liquid Nitrogen Tank System (with Tube Selector)
Currently, the country has promulgated and implemented a series of 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 relevant industries and the implementation of related policies, it becomes an urgent requirement for biobank to enhance the operational efficiency of its 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 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, and motion sensing technologies, achieves automatic transportation and storage operations of biological sample cryopreservation tubes.
Technical Features:
Storage Temperature: -180°C
Board Temperature: -130℃
Pipe selection temperature: -130℃
Storage Quantity (2ml Cryovials): 27,300 pieces
Number of storage board racks (10 * 10): 273 units
Equipment dimensions (W * D * H): 1230 * 1795 * 2480mm
Full Load Weight: 1200 kg
Static liquid nitrogen consumption: 12L/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. WeChat Mini Program, PC management platform with remote management capabilities, supporting multiple users to manage simultaneously.
High degree of automation, achieving full-process automatic inventory management
4. Proprietary Storage Technology: Dense Storage Freezer Shelves
5. Compatible with various tube sizes for freezing storage
6.无人化 operation in the sample library, reducing labor costs
7. Utilizes a spout design to reduce approximately 30% liquid nitrogen loss
8. Transshipment method includes intermediate tank and AGV handling robots
9. After the liquid nitrogen supply is cut off, the storage area can maintain a temperature 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, allowing for safe transfer of samples in either freezer racks or boxes, without the need for additional equipment during major malfunctions or unforeseen circumstances.
