CO2 cell shaker

CO2 cell shakerThe carbon dioxide shaker integrates multiple functions such as cultivation, oscillation, and illumination, and plays an important role in multiple research and application fields
Biological sample cultivation
Cell culture: In biomedical research, cell culture is a fundamental step. The carbon dioxide shaker can provide a constant temperature and suitable concentration of CO ₂, simulating the natural environment in which cells grow in vivo, meeting the cultivation needs of cells in specific environments, and creating favorable conditions for cell growth and reproduction.
Microbial cultivation: Different types of microorganisms require different growth environments. The carbon dioxide shaker can meet the growth needs of different microorganisms through precise temperature and gas control, making it suitable for microbiological research.
Drug development experiments
Drug screening: In the process of drug development, a large number of drugs need to be screened. The carbon dioxide shaker can provide a stable and controllable experimental environment for drug screening experiments, which helps to accurately evaluate the effectiveness of drugs and ensure the accuracy and reliability of experimental results.
Toxicity testing: When conducting toxicity testing on drugs, a stable environment is crucial. This shaker can simulate partial environmental conditions of the human body or organism, allowing drugs to be tested in environments close to their actual application, thereby more accurately determining the toxicity of drugs.
Scientific research experiments
Photosynthesis research: For researchers in fields such as botany and ecology, studying the processes and mechanisms of photosynthesis. The carbon dioxide shaker can provide an environment with controllable light and CO ₂ concentration, simulating the growth conditions of plants under natural light, and is used to study the effects of photosynthesis on plant growth and development.
Other precise control experiments: It can also be used for other experimental studies that require precise temperature and gas control, accurately simulating different environmental and climatic conditions to meet diverse experimental needs.
Other application areas
In research and application fields such as medicine, biology, molecular biology, pharmaceuticals, food, and environmental protection, small carbon dioxide shaker (also known as carbon dioxide shaker) is widely used in bacterial culture, fermentation, hybridization, biochemical reactions, enzyme and cell tissue research that require high temperature and oscillation frequency.
Agriculture and related fields: can be used for seed germination, seedling experiments, plant cultivation, as well as insect and small animal breeding.

No problem, if you want to understand the principle and function of the carbon dioxide shaker, I will first provide a conclusion and then explain the key points and tables.
Firstly, the conclusion is that the carbon dioxide shaker provides a simulated physiological environment for the cultivation of cells/microorganisms through dynamic oscillation and precise control of CO ₂ concentration. Its core applications include efficient cultivation in fields such as biopharmaceuticals and cell research.
core principle
Dynamic cultivation mechanism: The shaking plate is driven by a motor to perform circular or reciprocating motion, promoting full contact between the culture medium and microorganisms/cells, improving nutrient absorption efficiency, and preventing sedimentation and aggregation.
Environmental control technology: Integrated temperature (5-50 ℃) and CO ₂ concentration (0-20%) dual control system, using infrared sensors to monitor CO ₂ in real time, combined with intelligent PID algorithm to quickly respond to concentration changes, especially suitable for frequent door opening and closing scenarios.
Key roles and application scenarios
Specific explanation of its role in typical application areas
Simulate physiological microenvironment to maintain a constant temperature of 37 ℃ and a concentration of 5% CO ₂, meeting the needs of animal cell culture in vitro. Develop vaccines and prepare monoclonal antibodies
Improve cultivation efficiency by oscillating to evenly distribute oxygen/nutrients, resulting in a 2-3 fold increase in cell growth rate compared to static cultivation. Expand tumor cell lines and cultivate CHO cells
To avoid pollution and interference, the control part should be separated from the main unit, and the oscillation should automatically stop when the door is opened to reduce CO ₂ leakage and cross contamination. 13 Biosafety Level 2 Laboratory and GMP Production Workshop
Summary of Equipment Advantages
Multi functional integration: It combines the ordinary shaking table oscillation function with the CO ₂ incubator environment control capability, saving laboratory space.
Environmental adaptability: It can operate stably in high temperature (50 ℃), high humidity, and CO ₂ acidic environments, and the sensor has no drift.

Carbon dioxide shaker, also known as carbon dioxide oscillator or carbon dioxide oscillation incubator, is an important equipment that plays a crucial role in multiple research fields.
Application field
The application of carbon dioxide shaker is very extensive, as follows:
Biological cultivation: can be used to cultivate animal or plant somatic cells, suitable for the cultivation of various animal and plant cells, including CHO cells, tumor cells, mammalian cells, insect somatic cells, etc. It is a suitable cultivation equipment for biological cultivation before entering the fermentation equipment for cultivation.
Research experiments: It plays a role in microbial tissue cell culture, seed germination, seedling experiments, and is also suitable for bacterial culture, fermentation, hybridization, biochemical reactions, enzyme and cell tissue research that require high temperature and oscillation frequency.
Other fields: It can also be used for plant cultivation, insect and small animal breeding, etc., and can accurately simulate different environmental and climatic conditions. It also has extensive and important applications in research and application fields such as medicine, biology, molecular biology, pharmaceuticals, food, and environmental protection

CO2 cell shakerMain features:

1. A stacked combination of one, two, or three layers that provides users with a space structure with the smallest footprint, with a small footprint and a large usage space;

2. Each layer is independently controlled and can operate simultaneously at different temperatures and speeds, or run one, two, or three layers as needed;

3. LCD touch screen, set temperature, speed, time, and measured temperature, speed, and remaining time are displayed on the same interface without switching interfaces, making observation more intuitive; The encryption and locking function of the operation interface prevents duplicate operations and human errors;

4. After the oscillation experiment is completed, it can be automatically converted to use in the incubator, running quietly and with a fluorine free design;

5. Equipped with over temperature alarm function, automatic power-off function for abnormal situations, and power-off recovery function to avoid data loss caused by power outages or crashes;

6. Constant temperature control system, fast response, high temperature control accuracy, air duct ventilation, soft working room wind speed, uniform temperature;

7. Selected enclosed compressor, fluorine free environmentally friendly refrigerant, low noise, good cooling effect, ensuring long-term stable operation of equipment in low temperature state;

8. Hollow tempered glass door, convenient for observing the inside of the box from various angles without opening the door at any time;

9. Using an infrared CO2 sensor, the CO2 concentration is automatically controlled, with sensitive response and high accuracy. It is equipped with a set of controller, solenoid valve, and pressure reducing valve (customer provided). Users only need to prepare a CO2 gas source to connect and use it;

10. Equipped with high-quality servo motors, precise control speed, good high-speed performance, and strong stability;

11. The box is equipped with ultraviolet sterilization lamps that can regularly disinfect the box with ultraviolet radiation, thereby preventing contamination during cell culture;

12. The studio adopts water tray natural evaporation humidification, and the humidity is directly displayed by the instrument;