Smart Artificial Climate Incubator PRX-150A for Laboratory Mouse Culture

An artificial climate chamber is a high-precision cold and hot constant-temperature device with lighting and humidification functions, providing users with an ideal artificial climate experiment environment. It can be used for plant germination, seedling cultivation, tissue culture, microbial culture; breeding of insects and small animals; determination of BOD in water analysis, and other artificial climate tests. It is an ideal testing equipment for production and scientific research departments in the fields of biological genetic engineering, y science, agriculture, forestry, environmental science, animal husbandry, and aquaculture.

Key Features:

1. The environmental chamber is equipped with an imported refrigeration compressor.

2. Microcomputer full automatic control, touch switch, easy to operate.

3. Programmable control mode available, allowing separate setting of temperature, humidity, and light intensity (5-level adjustable) during both day and night.

4. The artificial climate chamber features power failure memory, ensuring that the instrument can continue running from where it was interrupted upon re-powering.

5. Fast response and high precision temperature control system.

6. Utilizes super microwave humidification for reliable, even humidity distribution.

7. Ducted ventilation ensures a gentle wind speed and even temperature in the workspace.

8. Aluminum alloy frame, lightweight and aesthetically pleasing, corrosion-resistant.

9. The climate chamber features ultra-temperature sensor protection and is equipped with an independent air duct over-temperature protection device, offering dual protection for the safety of instruments and samples.

Application Scheme of Manually Operated Climate Chambers in College Laboratories

Application schemes for artificial climate chambers in university laboratories can include the following steps:
1. Define Experimental Objectives: Clearly establish the experimental goals based on course requirements or research topics, such as simulating plant growth under various environmental conditions or studying the effects of factors like temperature, humidity, and light on microbial growth.
2. Select an appropriate climate chamber: Choose the model and specifications of the climate chamber that suits your experimental objectives. Consider factors such as the required climate conditions (e.g., temperature, humidity, light, etc.), the size and quantity of the items to be tested.
3. Installation and Setup of an Environmental Chamber: As per the user manual of the environmental chamber, install it in a university laboratory, ensuring the stability of infrastructure such as ventilation, power supply, and network. Set the corresponding artificial climate conditions based on the experimental objectives, such as temperature, humidity, lighting duration, and intensity.
4. Prepare experimental materials: As per experimental requirements, prepare the corresponding materials such as plants, microorganisms, soil, water, etc. Ensure the quality and cleanliness of the materials to avoid affecting the experimental results.
5. Conduct Experiments: Place the experimental items in an environmental chamber and begin recording data. Adjust the artificial climate conditions periodically as required by the experiment, observe changes in the experimental items, and record data.
6. Analyze Experimental Results: After the experiment, organize and analyze the experimental data. Based on the experimental objectives, evaluate whether the results meet expectations. If further optimization is needed, adjust the artificial climate conditions for a repeat experiment.
7. Summarize and Share: Summarize the experimental results and share the process and outcomes with teachers and classmates. This aids in enhancing experimental skills, deepening understanding of related theoretical knowledge, and provides reference for future research or courses.

An artificial climate chamber is a precise instrument used to study the relationship between climate factors and the characteristics of test subjects, such as biological or agro-industrial products. By purposefully combining the three essential climate elements – temperature, humidity, and light – it simulates various natural climate types under artificial conditions, ultimately yielding regular results to guide production and research.

It's widely recognized that natural climate is difficult to control, and all organisms are constantly evolving and performing in their natural environment, influenced by the climate at all times. In the past, research could only be conducted directly in nature, where numerous factors干扰ed the study. Climate elements in nature influence each other, and during the research process, it was impossible to maintain other conditions constant. Observations could only be made by observing the effects of changing climate conditions on animals and plants.

Secondly, the research cycle is long. Some plants are annual or perennial, and some animals have a growth and development cycle of one or more years. To conduct research directly in nature and understand their life cycles, it takes several years for people to gather the needed relatively complete data.

Thirdly, study the regional influences, such as studying southern flora and fauna for northerners, which requires on-site research in the southern region.

Fourthly, study the impact of seasons, as animals and plants can only grow normally in a suitable environment. Therefore, researchers can only study plants and animals that grow in summer. As a result, researchers have been looking for a closed environment that is not restricted by time and space, allowing for studies at any time and with a short research cycle. The artificial climate chamber emerged and has continuously developed in response to this need. It brings the uncontrollable natural environment into the laboratory.

Smart Artificial Climate Incubator PRX-150A Laboratory Mouse Breeding

Technical Specifications