Multi-temperature incubators that can simultaneously meet multiple different temperature, humidity, and light intensity settings. Each compartment operates independently with no interference, making it a versatile instrument suitable for differential, comparative, and complex condition experiments. It also allows customers to meet their experimental needs under various conditions while saving on funds. The multi-temperature incubators offer the advantages of a small footprint, flexible and adjustable experimental parameters, and independent operation of each compartment without interference.
This product is suitable for the growth of plants and tissue culture. It is commonly used for seedling propagation, microbial culture experiments, breeding of small animals, and aging and lifespan tests of medicinal materials, wood, and building materials. It is an ideal auxiliary equipment frequently used in scientific research and production across various fields such as bioengineering, agronomy, aquaculture, and animal husbandry.
Our plant and animal growth lamps utilize the innovative Naturallight LED technology, featuring numerous distinctive characteristics such as energy-saving and environmental protection, safety and reliability, long lifespan, short response time, compact size, lightweight, low heat output, and ease of dispersion or combination control, unlike other electrical lighting sources.
2. The cabinet structure features an inner shell made of mirror-polished stainless steel, an outer shell of cold-rolled coated steel plate, and is insulated with polyurethane foam technology, offering an aesthetically pleasing and innovative design while achieving excellent thermal insulation properties.
3. Equipped with a specially developed microcomputer full-automatic large-screen LCD controller, featuring 9 working program groups and 99 program segments for control or day/night switching control methods, to maximize the user's parameter setting and management. The controller's backlight has an on/off function. The controller incorporates various anti-interference measures, including built-in sensor fault alarm, upper/lower temperature deviation alarm, over-temperature alarm, 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. Multiple compartment temperatures can be flexibly set, with independent control of each temperature zone, ensuring no interference.
