Product Introduction
A carbon dioxide incubator is a device used for in vitro cultivation of cells/tissues by simulating a growth environment similar to that of cells/tissues in living organisms, such as a constant pH value (7.2-7.4), stable temperature (37 ° C), high relative humidity (90%), and stable CO2 level (5%).
Suitable for a wide range of fields such as cytology, biology, oncology, genetics, immunology, virus research, and genetic engineering research. It is an ideal device for cell, tissue, and bacterial cultivation in modern medical, pharmaceutical, biochemical, and agricultural science research institutions and industrial production departments.
Technical indicators
1. ★ Display mode: 7.0 touch screen display with real-time temperature curve display interface;
2. ★ Disinfection method: 140 ℃ dry heat disinfection, can regularly disinfect the inside of the box;
3. ★ Carbon dioxide sensor type: IR infrared sensor, calibration certificate can be provided, the sensor adopts dual channel dual filter infrared technology, the unique packaging process of the sensor has obtained international patents, and it can withstand high temperature operation.
4. The inner liner is made of high-quality stainless steel and features a semi-circular and four corner design;
5. Heating method: gas sleeve type, microcomputer PID control;
6. ★ Humidification method: natural evaporation method of humidification tray; Humidity inside the box: ≥ 90% RH;
7. Standard HEPA filter, with a filtration efficiency of 99.97% for particles with a diameter greater than or equal to 0.3 μ m; Standard pressure reducing valve;
8. Equipped with alarm system: high and low temperature alarm, CO2 concentration alarm, door not tightly closed alarm, independent overheating protection device;
9. The control of carbon dioxide adopts an electromagnetic valve control system, and the valve body adopts SMC high-precision imported products;
10. The clever integrated structural design avoids damaging the overall harmony of the stainless steel inner liner. The three-dimensional air duct design ensures even distribution of carbon dioxide, and the usable volume of the inner cavity is greater than the nominal volume, making it more practical;
11. Silicone rubber electric heating wire heaters wrapped in aluminum foil are used to uniformly heat all surfaces of the inner cavity, with fast heating and good temperature uniformity;
12. Temperature sensor, using dedicated temperature acquisition technology, with fast response and strong anti-interference ability, ensuring the reliability and stability of the product;
13. Professional customized solenoid valves can sensitively sense CO2 gas, and are controlled by gate switches to ensure that the solenoid valve is in a closed state when the box door is open, greatly reducing gas consumption;
14. Preventing condensation technology: adding external door sensors to achieve independent detection and adjustment of external door temperature;
15. ★ The independently developed U-shaped silicone sealing strip adopts environmentally friendly silicone, effectively adheres to the surface of the outer door, and has strong sealing performance;
16. The inner liner is made of high-quality stainless steel, with a semi-circular four corner design that reduces unnecessary inner surface area, thereby reducing the possibility of bacteria hiding and making bottom cleaning faster and more effective.
17. Standard USB interface for real-time data storage;
18. Protection of personnel - equipped with leakage current and overvoltage protectors;
19. Protection of samples - equipped with over temperature alarm, under temperature alarm, over concentration alarm, and under concentration alarm functions;
20. ★ Possess ISO13485 and CE certification;
21. ★ Class II Medical Device Registration Certificate;
22. ★ Calibration certificate from Shandong Institute of Metrology (customized according to factory number).
Product parameters
Note:
1. The relevant data were measured at an ambient temperature of 25 ℃ and a relative humidity of no more than 85%.
2. The experiment shall be conducted after the equipment has been running stably for 2 hours.