-196°C Intelligent Liquid Nitrogen Biological Sample Storage System

Fully-automatic process system for save time for picking single and batch samples ** Designed with advanced features that enable researchers to store and track samples with high accuracy and precision and alert researchers if any deviations occur ** One-key operation allows users to run process with zero machine contact with low temperatures ** Batch operations and sample inventory function allows users to optimize and improve efficiencies

-80°C Automated Workstation

Haier Biomedical offers automated storage and management solutions for a wide range of valuable biological samples, preserving them at ultra-low temperatures (-80°C). It encompasses secure sample storage, comprehensive information recording and tracking, as well as automated retrieval of individual cryogenic boxes. By facilitating information management for biobanks, it guarantees the safety, quality control, and confidentiality of the samples. Additionally, it generates detailed storage and temperature records, enabling complete traceability of the access management process from start to finish.

Liquid Nitrogen Transfer Container

The intelligent liquid nitrogen sample transfer container plays a vital role in ensuring the safe transfer of samples, providing an effective low-temperature environment. Leveraging IoT technology, it enables comprehensive data monitoring throughout the entire transfer process.

Intelligent Liquid Nitrogen Refilling Station

Haier Biomedical's liquid nitrogen refilling station is a device with automatic liquid nitrogen refilling and management functions. It detects the liquid nitrogen level in the tank in real time through the built-in sensor, and automatically refills when it falls below the set level. It enables comprehensive monitoring of the storage status and avoids the risk of injury caused by manual operation.

Barcode Cryogenic Tubes

The product has superior compatibility and scalability, and the whole process is produced in a 100,000 class GMP clean workshop. The use of medical grade certified imported raw materials to ensure high standards of biosafety, to help sample standards, safe and efficient storage and use. 0.5ml, 1ml, 2ml Barcode Cryogenic Tubes are available.

Smart Stainless Steel Liquid Nitrogen Biological Container

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 . Liquid Nitrogen Supplement Series for LN2 Storage and Supply incorporates the latest innovation, its unique design utilises the pressure generated from the vapourisation of a small amount liquid nitrogen to discharge LN2 into other containers.

Smart Aluminum Liquid Nitrogen Biological Container

Available in a variety of sizes including Small, Medium, and High capacity, all designed to minimize evaporation loss of liquid nitrogen, reducing operating costs.

Low Temperature Transport Trolley

The unit can be used to preserve plasma and biomaterials during transportation. It is suitable for deep hypothermia operation and transportation of samples in hospitals, various biobanks and laboratories. High quality stainless steel in combination with the thermal insulation layer ensures the effectiveness and durability of the low temperature transport trolley.

Controlled Freeze-Thaw System

The Controlled Freeze-Thaw System is designed to optimize the freezing and thawing processes of biopharmaceuticals and cell therapies. In particular, Haier Biomedical's system offers a Stirling-based, energy-efficient ultra-low temperature control, precise thermal processing, and IoT-enabled automation and safety assurance. This comprehensive solution ensures both the quality and security of high-value biological samples.

Pilot Freeze Dryer

After the samples become freeze-dried preparations, they are more stable, especially for high temperature sensitive drugs, and most of them can be transported and stored at 0-4℃ or even normal temperature after freeze-dried, so the transportation and storage cost and inactivation risk are greatly reduced.