CO2 Incubating Shaker TSCO2-1102C Low Temperature Oscillation IncubatorAlso known as a carbon dioxide oscillator or a carbon dioxide oscillator incubator, it is an essential piece of equipment playing a crucial role in various research fields.
Application Fields
The application of the carbon dioxide agitator is very extensive, specifically including:
Biological Culture: Suitable for culturing animal or plant somatic cells, applicable to various types of animal and plant cells including CHO cells, tumor cells, mammalian cells, and insect somatic cells. It serves as an appropriate culture device prior to entering fermentation equipment for biological culture.
Scientific Research and Experiments: Plays a role in the research of microorganism tissue cell culture, seed germination, seedling experiments, etc., and is also suitable for bacteria culture, fermentation, hybridization, biochemical reactions, and enzyme and cell tissue studies that require precise temperature and oscillation frequency control.
Other fields: Suitable for plant cultivation and breeding of insects and small animals, capable of accurately simulating various environmental and climatic conditions. Also widely and importantly applied in research and application fields such as biology, molecular biology, pharmaceuticals, food, and environmental protection.

CO2 Incubating Shaker TSCO2-1102C Low Temperature Oscillation IncubatorKey Features:

1. Combining a恒温incubator with an oscillator, it saves space with a compact design and offers multiple functions at a low investment.

2. User-friendly control panel with a large, backlit LCD touchscreen display for enhanced visual appeal.

3. Customized program design allows for up to ten programmable segments, enabling pre-set timing operations from 1-24 hours, with free combinations of temperature and speed, as well as CO2 and other parameters throughout the day and night.

4. Entire unit features a silent design, with an electrostatic powder-coated housing and a glass observation window for real-time monitoring of the internal temperature.

5. Built-in lighting system and UV sterilization system.

6. The compressor utilizes automatic control, with temperature control range unaffected by room temperature, adjustable from 4 to 60 degrees. The compressor can automatically defrost (many brand devices do not have an automatic defrosting function: if defrosting is not performed, frost will accumulate thicker, eventually filling the finned evaporator with frost and blocking the air ducts, resulting in the cold air circulation being obstructed and the refrigeration effect decreasing).

7. The panoramic observation window provides a clear view of the entire working status.

8. Complete unit features silent design, electrostatic powder-coated housing, and luxurious, aesthetically pleasing appearance.

9. High-performance temperature control function to prevent sample evaporation and drying.

10. Long-life design of commutation induction motor, wide speed range, constant torque, constant speed, brushless, and maintenance-free.

11. Mirror-polished stainless steel interior, stainless steel electro-polished trays, springs, and flask holders. The instruments are guaranteed against rust.

12. Flexible and convenient, with detachable trays and fixtures.

13. Equipped with a microcomputer P.I.D. temperature controller featuring over-temperature deviation protection, over-speed protection, and a liquid crystal display, with a timer function.

14. The speed control circuit ensures the shaker starts slowly and accelerates smoothly, guaranteeing the safety of the experimental samples and precise, reliable speed control.

15. CO2 concentration detection and control is achieved using top-tier Finnish probes imported from abroad, ensuring the accuracy of measurement data. The CO2 concentration within the workshop can be set at any level between 0% and 20%. It employs microcomputer data analysis and intelligent P.I.D. control, and is equipped with over-concentration, slow concentration rise, and gas cutoff alarms.

16. Upgraded sound and light alarm environmental scanning microcomputer chip with enhanced data processing capabilities.

17. Equipped with a compressor start delay function to effectively ensure the compressor's lifespan; also features automatic defrosting capability.

18. Over-temperature alarm, over-speed alarm, timed shutdown, power-on recovery, parameter encryption, temperature adjustment, and speed adjustment features.

19. Equipped with a door control function; the equipment stops operation when the door is open and resumes after the door is closed.

20. Features power failure recovery, allowing the equipment to automatically resume operation according to the original set program after an unexpected power outage and subsequent restoration of power.

21. Comprehensive safety protection design ensures triple security for personnel, samples, and equipment.

22. Safety Features: Sensor Fault Alarm, Over-temperature Alarm, Independent Overlift Preventer, Independent Over-temperature Protection, Overcurrent Trip Protection, etc.

Equipped with a touch screen, featuring interfaces, customers can connect to the computer (via the 485 interface).

A CO2 incubator can control culturing conditions such as temperature, humidity, CO2, and oxygen concentration to mimic the in vivo growth environment of cells. A well-designed CO2 incubator can provide high-quality culturing conditions with precise heating and contamination control to ensure optimal growth and development of cells.
Proper installation is crucial for ensuring the optimal performance of a CO2 incubator. So, how should we properly install a CO2 incubator?
The CO2 incubator should be placed on a dry, stable, and sturdy platform, or mounted on a floor stand.
Do not place the CO2 incubator near heating or cooling pipes, flammable materials, or equipment that generates excessive heat, such as high-pressure sterilizers, radiators, ovens, etc.
Ensure adequate air circulation around the CO2 incubator for proper heat dissipation and exhaust. Do not place the equipment directly in a ventilation area.
Ensure the CO2 incubator is connected to a dedicated power source with ground protection.
Place the bubble level on the shelf of the CO2 incubator and check if the equipment is level.
Any instrument or equipment requires timely maintenance, and the CO2 incubator is no exception. Follow the maintenance checklist below to ensure optimal performance of the CO2 incubator.

CO2 Incubating Shaker TSCO2-1102C Low Temperature Oscillator IncubatorTechnical Specifications