The modular constant-temperature culture incubator is widely used in the cultivation and preservation of bacteria, molds, microorganisms, and tissue cells, as well as in water quality analysis and BOD testing. It is suitable for breeding experiments and plant cultivation. It is an essential experimental equipment for research institutions, colleges and universities, production units, or departments in the fields of biology, genetic engineering, y science, public health, epidemic prevention, environmental protection, agriculture, forestry, and animal husbandry.

Key Features:

1. The integrated two-in-one design is user-friendly and space-saving.

Each testing area can be individually tested under two different control conditions: high temperature, low temperature, or constant temperature.

3. All systems are individually independent: featuring two sets of refrigeration systems, two sets of heating systems, and two sets of control systems, ensuring stable control, high accuracy, and extended lifespan for mechanical components.

4. The inner lining is made of mirror-polished stainless steel, featuring corrosion and acid resistance, ease of cleaning, and non-rusting properties.

5. Microcomputer Intelligent Temperature Controller, P.I.D. control, stable temperature control with high accuracy, LED high-brightness digital display for clear and intuitive viewing, excellent control capabilities, and strong anti-interference ability.

6. Available in continuous or timed operation modes; features overheat protection for the compressor.

7. Dual Temperature Protection Device: The temperature controller features an automatic tracking function and an over-temperature alarm; it immediately shuts off the heating system upon exceeding the set temperature. Additionally, a temperature protection device is installed inside the workspace to ensure the safety of the culture within.

8. The inner lining features rounded corners for a stylish and easy-to-clean design.

9. Whisper-quiet overall design, electrostatic powder-coated housing, oversized tempered glass viewing window, luxurious and aesthetically pleasing.

The working principle and applications of the biochemical incubator are as follows:
Operating Principle:
Refrigeration System: The incubator relies on the refrigeration system to ensure stable temperature within the chamber.
2. Heating System: The cabinet utilizes a unique circulation system to maintain stable internal temperature.
3. Sensors: The incubator is equipped with multiple temperature sensors inside, providing real-time monitoring of the chamber temperature.
4. Control System: The incubator utilizes PID control technology, automatically adjusting the cooling and heating power to ensure stable temperature.

Purpose:
1. Bioculture: Biochemical culture chambers are suitable for scientific research labs in fields like biology, genetics, agriculture, and environmental protection. They are used for cultivating various microorganisms, bacterial spores, plant and animal cells, enzymes, and other bio-products.
2. Preserve Biological Products: Biochemical incubators can also be used for preserving biological products, particularly those requiring constant temperature maintenance.
3. Laboratory Temperature Control: Biochemical incubators are widely applicable in fields such as y, biology, genetics, environmental protection, public health, inspection, manufacturing, and educational institutions.
4. Environmental Temperature Control: For certain specialized experiments, such as microbial growth curves and preservation of bacterial strains, a biochemical incubator is an indispensable piece of equipment.

Technical Specifications