The artificial climate chamber is suitable for plant growth and tissue culture, seed germination, seedling microorganism cultivation tests; breeding of small insects and animals; BOD determination for water quality monitoring; aging and service life testing of medicinal materials, wood, and construction materials; and other applications. It features light black, temperature and humidity-controlled specialized testing equipment. It is applicable to research in life sciences, cellular microbiology, molecular genetics, and heredity. It serves as an ideal auxiliary equipment commonly used in many fields such as bioengineering, agriculture, aquaculture, and animal husbandry, providing precise temperature, humidity, and simulated light experimental conditions.
Our plant and animal growth lighting sources utilize the innovative Natural Light LED technology, featuring many unique characteristics different from other electrical light sources, such as energy-saving and environmentally friendly, safe and reliable, long lifespan, short response time, compact size, lightweight, low heat output, and easy to disperse or combine for control.
2. The cabinet structure features an inner shell made of mirror-polished stainless steel, an outer shell of cold-rolled painted steel plate, and is insulated with a polyurethane foam-in-place technique. The overall design is both aesthetically pleasing and innovative, while also achieving excellent thermal insulation properties.
3. Equipped with a specially developed microcomputer full-automatic large-screen LCD controller, featuring 9 work program groups and 99 program segments for control or day/night switching, it maximizes the user's ability to set and manage control parameters. It displays Beijing time, making it convenient and simple for users to grasp experimental time. The controller's backlight has an on/off function. The controller includes multiple anti-interference measures, with the temperature controller having built-in sensor failure alarms, upper and lower temperature deviation alarms, over-temperature alarms, parameter memory; temperature display and measurement error correction, and self-diagnostic dynamic control technology.
4. A specifically designed duct structure for temperature and humidity parameters, combined with a micro-airflow circulation design, ensures more stable and uniform temperature and humidity control within the workspace.
5. Utilizing a refrigeration compressor set with high and low-pressure protection, featuring low noise, long lifespan, efficient cooling performance, stable operation, and reliability.
6. Ultrasonic humidifier with a large capacity water tank for reliable and stable humidification.
