Product Introduction:

The in situ observation stage cell culture device of our company is a miniature cell culture system. This system is a cell culture device in vitro for in situ cell culture and real-time dynamic observation. It provides users with a stable in vitro cell culture environment and supports real-time observation and recording under inverted fluorescence microscope at the same time. The device can also provide temperature, humidity, carbon dioxide concentration and other fluid control environment for microfluidic chips/bioflexible electronic devices, so as to meet the needs of long-term cell culture in the chip, and can be widely used in various cell biology, tissue engineering, biomedicine and drug development and other related fields.

The instrument through the controller to set the temperature, humidity and CO2 concentration (or N2, O2 and other gases), each parameter can achieve accurate control (temperature control accuracy: ±0.1℃; Gas concentration accuracy: ±0.1%).

Microprocessor intelligent system, stable and high precision, and has the function of overtemperature warning and misoperation correction;

The underside objective lens is ultra-close and completely closed structure mode, which can integrate the stress loading module completely closed inside.

The incubator has a special ventilation structure and insulation structure, and the CO2 gas supply system and temperature control system have a high sensitivity sensing system and optimized hybrid PID intelligent control mode, which can make the average power as low as 22W. Even in the case of sudden power failure, conventional batteries can also be used to run continuously for more than 24-48 hours. Avoid loss of biological samples;

The CO2 inlet pipe is equipped with an imported pressure regulator, which can ensure that the external CO2 gas is always in a safe pressure range (leaving the factory to meet the national standard); This product can also be equipped with a special filter for more efficient filtration of bacteria and dust particles in CO2 gas.

The bottom of the sample loading chamber of this product has a variety of adaptive modules, which can be quickly matched and customized according to specific needs.

Related patents of this product:

This product has 7 related invention patents, 6 utility models, and 1 software copyright.

1. A cell culture device for in-situ real-time microscopic observation of single cells and its operation method CN111205980A, Application number: CN202010064947.4, application date: 2020.01.20, open date: 2020.05.29

2. An in vitro cell culture device for single cell in situ observation and timing photography and its application method, CN113136334A, Application No. CN202010064928.1, Application date 2020.01.20, open date 2021.07.20.

3. Polydimethylsiloxane microfluidic concentration gradient generation device and preparation method and analysis equipment thereof, Patent number: ZL 201810471485.0

4. A heavy metal ion sensor based on graphene material and its operation method, patent number: ZL201810088014.1

5. A concentration gradient generation device, preparation and application method for gel 3D cell culture, patent number: ZL201910858883.2

6, a gel 3D printing device temperature control system and application, patent number: ZL202010787430.8

7. Integrated in-situ observation platform cell culture apparatus. Patent application number: 2022 1163 0036.9, date of application: 2022.12.19

8. A platform living cell culture device in vitro, CN214612535U, patent number: ZL202022977654.3, date of application: 2021.12.14, date of publication: 2021.11.05

9. In Situ Observation cell Culture Device, CN216890992U, Patent No. : ZL2021 2 3165385.1, application date: 2021.12.16, public date: 2022.07.05

10. An in situ observation stage cell incubator, patent number: ZL2022 2 2213387.1, date of application: 2022.8.23, authorization announcement number: 2023.2.23.

11. The utility model relates to a fixture for locating perforated plates on microscope stage. Patent No. : ZL 2020 2 0274825.3, application date: 2020.3.9, authorization announcement date: 2020.9.22.

12. Integrated in situ observation platform cell culture apparatus. Patent No. : ZL 2022 2 339 4839.7, application date: 2022.12.19, Authorization announcement date: 2023.3.14.

13. Embedded software of Biological sample Culture Environment Control System based on stm32, first author, Registration number: 2023SR0325874, completion date: 2022.12.01, registration date: 2023-03-13.

14. Controller, appearance application No. 2023302556801,2023