Intelligent artificial climate chamber for light humidification and microbial cultivation

Intelligent artificial climate chamber for light humidification and microbial cultivation

Main features

1. The artificial climate chamber adopts branded refrigeration compressors to ensure long-term continuous operation of the testing equipment.

2. The microcomputer program controls temperature, humidity, and light intensity, and can simulate temperature and humidity changes during day and night. It can also choose a sufficient and stable light source for growth environment.

3. Multiple program controls can be set, with a time range of 1-99 hours for each segment, and different segmentation parameters can be set to meet different parameters of plant growth.

4. The artificial climate chamber has a power-off memory function, ensuring that the instrument can continue to operate from the breakpoint after power on.

5. Constant temperature control system, fast response, high temperature control accuracy.

6. The inner liner is made of stainless steel material, with a semi-circular transition at the four corners. The partition bracket can be freely installed and removed, making it easy to clean the inside of the box.

7. External humidification device, reliable humidification, uniform humidity.

8. Air duct ventilation, with soft air velocity and uniform temperature in the studio.

9. The independent temperature limit alarm system automatically interrupts when the temperature limit is exceeded, ensuring safe operation of the experiment and preventing accidents.

Intelligent artificial climate chamber for light humidification and microbial cultivation

Scope of Application

Artificial climate chamber is a device that can accurately control temperature, humidity, and lighting, and is widely used in multiple fields. The following is its main scope of application:

Research institutions and laboratories

Biogenetic Engineering
Artificial climate chambers can be used for genetic engineering research, providing stable environmental conditions to assist scientists in conducting experiments such as gene expression and mutant screening.

medical research
In the field of medicine, artificial climate chambers can be used for microbial culture, cell culture, etc., providing support for disease research and drug development.

Agriculture and Forestry
Artificial climate chambers play an important role in agricultural and forestry research, and can be used for plant germination, seedling cultivation, tissue culture, etc., helping researchers understand the growth of plantsDrunken JiaConditions.

Environmental Science
In environmental science research, artificial climate chambers can be used for water quality monitoring (such as BOD determination), pollutant degradation experiments, etc., to help scientists assess the impact of environmental changes on ecosystems.

Livestock and Aquaculture
In animal husbandry and aquaculture, artificial climate chambers can be used for the feeding of insects and small animals, providing support for research such as feed development and disease prevention and control.

Production Department
Aging testing of medicinal herbs, wood, and building materials
Artificial climate chambers can be used to simulate accelerated aging processes and test the durability and service life of materials such as medicinal herbs, wood, and building materials.

Sustainable agriculture
In modern agriculture, artificial climate chambers, as a controlled environmental facility, can provide crops withDrunken JiaGrowth conditions, reducing the adverse effects of natural climate on yield and quality, and promoting sustainable agricultural development.

experimental teaching
The artificial climate chamber is also an important experimental teaching equipment in educational institutions, helping students understand the basic principles of biology such as plant growth and microbial cultivation.

quality control
In industrial production, artificial climate chambers can be used for product quality control, such as humidity testing of electronic components and shelf life research of food.

Enterprises can use artificial climate chambers for new product development, such as weather resistance testing of new materials and stability testing of cosmetics.
In summary, artificial climate chambers have become a barrier in various industries due to their multifunctionality and precise control capabilitieslackThe important equipment provides strong support for scientific research, agricultural production, education, and industrial applications