Automated Water-free Cell Thawing System

At present, the most common and widely accepted method for rapid thawing of frozen cell samples is to immerse the frozen tube in a 37 ℃ water bath for several minutes, and then judge whether the sample thawing is completed or not by observing the sample status in the cryogenic vials.
However, the use of water bath thawing has obvious disadvantages.
These disadvantages include:
(1) The possibility of contamination of biological samples in the cryogenic vial is very high;
(2) The water bath cannot be used as part of the sterile process;
(3) Different operators have great subjective differences in determining thawing time, final temperature and end point;
(4) Restrictions on the use of water bath in GMP or clinical environment;
(5) Non-standard and non-intelligent operation, which cannot be integrated into automatic cell culture equipment.
The GCCT-2.0 and GCCT-5.0 Automated Water-free Cell Thawing Systems independently developed by our company have overcome the last obstacle in the process of low-temperature preservation, replaced the method of thawing cells in water bath, and avoided the problems caused by cell thawing in water bath.

·Safe - eliminate the high pollution risk caused by water bath and ensure the safety of samples
·User-friendly - easy to operate, which can be controlled by software or buttons
·Standardized - built-in control procedures to achieve controllability and standardization of the cell thawing process and eliminate subjective judgments
·Intelligent - users can set thawing conditions by themselves and integrate the instrument into automatic cell culture equipment such as isolators
·Wide applicability - suitable for cryogenic vials stored under conditions such as liquid nitrogen, dry ice, and ultra-low temperature refrigerators
·Real-time- real-time recording of cell thawing temperature and real-time display of temperature curve
·Traceable - the software can automatically save a temperature curve, temperature data and other information, which can meet the requirements of cGMP

Applied in biological sample banks, stem cells, antibody drug development, cell therapy, gene therapy, vaccines, life sciences, medicine and other fields