Humidity-controlled chambers are suitable for plant growth, tissue culture, seed germination, seedling cultivation, and microbial culture tests; breeding of insects and small animals; BOD measurement for water quality monitoring; aging and service life tests of medicinal materials, wood, and building materials; and other applications. They also feature light black, constant temperature, and humidity control for specialized testing equipment. Ideal for research in life sciences, cellular microbiology, molecular genetics, and heredity; these chambers are commonly used as auxiliary equipment in numerous fields such as biotechnology, agriculture, aquaculture, and animal husbandry, providing precise temperature, humidity, and simulated lighting conditions for experiments.
The new Natural light LED technology-based growth light for plants and animals boasts numerous unique features distinct from other electrical lighting sources, such as energy-saving and environmentally friendly, safe and reliable, long lifespan, short response time, compact size, lightweight, low heat output, and easy for dispersal or combination control.
2. The cabinet structure features an inner shell of mirror-polished stainless steel, an outer shell of cold-rolled spray-coated steel plate, and insulation with polyurethane foam technology, offering an aesthetically pleasing and innovative design, along with 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 control methods, it maximizes the user's ability to set and manage control parameters. It has a Beijing Time display function for convenient and simple time management during experiments. The controller's backlight has an on/off feature. The controller incorporates multiple anti-interference measures, including built-in sensor fault 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. Custom-designed ductwork for temperature and humidity parameters, combined with a micro-airflow circulation design, ensures stable and uniform control of temperature and humidity within the workspace.
5. Utilizing refrigeration compressor units 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.
