The DARC-S10 series three-dimensional perfusion rheological gravity simulation cell culture workstation fully considers GMP and GLP requirements in its design, implements user level permission control, fully enclosed process, and record storage and export. At the same time, DARC-S10S can achieve continuous automatic updating of culture medium, closed operation throughout the entire process, and automatic collection of supernatant without the need for a culture box. Through its built-in environmental control system, precise control of culture environment temperature and gas concentration can be achieved.
The DARC-S10 series three-dimensional perfusion rheological gravity simulation cell culture workstation can support continuous perfusion of three-dimensional dynamic culture medium, and can simulate cell, tissue, and organoid culture based on microgravity effects, as well as simulate cell, tissue, and organoid culture in a hypergravity environment. The system comes with an environmental control system and does not require the use of an incubator.
When in use, the pre prepared culture medium and waste liquid collection should be placed in the lower box of the workstation, and the ambient temperature should be set to ensure that the culture medium can be fully preheated. The corresponding pipelines should be connected, and the parameters should be set before use. The DARC-S10 series three-dimensional perfusion rheological gravity simulation cell culture workstation is suitable for cell wall attached perfusion culture, suspension perfusion culture, and can achieve full process closed operation. The operation box is equipped with UV sterilization and high-temperature sterilization functions, which can automatically sterilize the internal environment. The design fully considers GMP/GLP requirements.
Partial functions:
1. Variable gravity simulation, supporting 10-3g-6g+gravity environment simulation, providing microgravity effect simulation cultivation and hypergravity environment simulation cultivation;
2. Closed cultivation throughout the entire process to eliminate pollution risks;
3. Continuous automatic infusion of culture medium, without frequent replacement of culture medium;
4. The gas concentration in the cultivation environment can be adjusted to provide O2 at a ratio of 0-21%, CO2:0-10%;
5. Dry heating of the upper and lower boxes, with a temperature adjustment range of room temperature -40 ° C;
6. Support remote data viewing and video surveillance (some models);
7. Compact structure, stylish and innovative appearance;
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SUZHOU SAGE-BIO TECHNOLOCY CO.,LTD. is an innovative technology company specializing in the field of cell culture. The company's vision is to promote cell applications and assisted reproduction through innovation, benefiting the public. The main initiators of the company have many years of work experience in the life sciences and medical equipment industries, and are familiar with the mainstream cell culture technologies in the current market, as well as cutting-edge technologies and products applied to cell 3D culture, dynamic culture, mechanical culture, etc. Especially in the fields of training program design, automatic control structure, and silicone material application, he has rich experience. As of 2023, Saiji Biotechnology has successfully launched DARC series microgravity simulation culture system, SARC series rotating cell culture system, RSED series rotating embryo culture system, as well as COCS multi-stage co culture, perfusion culture, MSCS in vitro dynamic large-scale expansion culture and other products to the market. The product covers many application scenarios such as dynamic 3D cell culture, dynamic adherent culture, dynamic suspension culture, microgravity or supergravity simulation culture, pressure culture, anaerobic culture, as well as embryo and organoid culture.
In addition to selling standard products, SAGE-BIO can also provide customized products and services based on user needs. These include the entire process from requirements to solutions, from solutions to products, and from products to applications. At present, SAGE-BIO has successfully provided customized products for some users, which are applied in cell culture, embryo culture, organoid culture, as well as microgravity, supergravity simulation and other fields. The product involves multiple fields such as life sciences and new energy research, and has been recognized by users.
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