Cell cryopreservation is a technology that places cells in a low temperature environment to reduce cell metabolism for long-term storage. When cells are cryopreserved, special cryopreservation tubes are needed to store the cells, and then the cryopreservation tubes are inserted into the cryopreservation racks for collection.

In the actual use of the existing laboratory cell cryopreservation racks, since the cryopreservation tubes need to be vertically inserted into the fixed holes in the cryopreservation racks, they need to be inserted manually after getting up, which is inconvenient to take and place directly. Moreover, it is also inconvenient to take the cryopreservation tubes at the rear end, and the entire cryopreservation rack needs to be turned manually, which greatly reduces work efficiency.

Most of the traditional manual liquid nitrogen tanks use liquid nitrogen to completely soak the samples to preserve the samples, and the consumption of liquid nitrogen is large. When it is necessary to access samples, the entire cryo-storage rack will be manually lifted into the room temperature environment by a well-protected operator. This is not only cumbersome to operate, but more seriously, it will cause irrelevant samples to be exposed to room temperature for a long time, resulting in sample contamination. heat up.

Manual storage VS robot automatic storage

Difficult to standardize operations, manual operation errors, easy contamination of samples, etc.

One-to-one configuration, integrated design of intelligent robotic arm and liquid nitrogen tank, reliable sample management

Scientific research has shown that repeated freezing and thawing will greatly reduce the recovery activity of frozen samples. At the same time, manual liquid nitrogen tanks cannot trace the information of a large number of samples. The liquid nitrogen tank robot independently developed by Robot 365 is dedicated to solving the pain points of manual liquid nitrogen tanks and realizing a full-automatic storage system for sample access and information management.

product structure

The liquid nitrogen tank robot replaces the traditional method of purely manual extraction of the cryo-storage rack inside the liquid nitrogen tank, eliminating potential low-temperature damage to the operator, ensuring samples are guaranteed, personnel are safer, and operations are less labor-intensive.

Product parameters

The intelligent liquid nitrogen tank storage system can match the storage capacity according to the actual needs of users, and has the function of automatic operation. The whole process does not require manual intervention. The robot can safely transfer the samples in the form of cryopreservation racks or cryopreservation boxes, preventing experimenters from contacting cryogenic liquids Nitrogen Risk, provides high-quality sample storage services for regenerative medicine research.

Product advantages

01. Automatic access

The laser positioning system makes the extraction of the cryopreservation rack more accurate, and has a fixed panel to control the lifting system, so that the sample can be taken and placed in one step.

02. Real-time environmental monitoring

The temperature and liquid level information can be monitored in real time, making the user's operation more intuitive. It is suitable for the operation and transfer of samples in hospitals, sample banks, laboratories, etc.

03. Digital management

With the IoT module, the data can be connected to the robot 365 big data management system to realize data interoperability.

04. Sterile contact

Multi-layer vacuum heat insulation structure, good heat insulation performance. Multiple outlet safety design ensures the lowest evaporation rate and system safety.