Lighting system: Our incubator features a state-of-the-art lighting system utilizing high-efficiency light sources, such as LED or fluorescent lamps. This system is expertly designed to emulate the natural spectrum of sunlight, delivering optimal light intensity and cycles. It adeptly meets the diverse lighting requirements of various experimental subjects, ensuring precise and reliable research outcomes.
Temperature and humidity control system: Equipped with advanced sensors, it vigilantly monitors the internal environment in real-time. The system autonomously adjusts heating, cooling, humidification, and dehumidification to maintain ideal conditions, as per the preset parameters. This ensures that both temperature and humidity consistently stay within the desired range, fostering optimal experimental conditions.
Features
Intelligent control: Our incubator boasts microcomputer intelligent control with a user-friendly LCD display. It showcases parameters such as temperature, time, and light intensity clearly, facilitating intuitive operation. The device supports programmable program designs, allowing up to 30 segments and 99 cycles. This adaptability caters to the intricate demands of varied experimental conditions, ensuring precision and flexibility.
High-precision temperature control: With an extensive temperature control range, typically from 0℃ to 50℃ or beyond, our system ensures temperature fluctuations are tightly controlled within ±0.5℃. It achieves a uniformity within ±1℃, providing a consistently stable environment, crucial for experimental success.
Multiple light adjustment: Experience enhanced light uniformity with our multi-level adjustable light intensity and innovative three-dimensional lighting approach. Certain models also offer full-spectrum plant growth lights, optimizing conditions for robust plant growth.
Safety protection: The incubator is equipped with advanced safety features, including over-temperature and sensor anomaly protection. If the internal temperature surpasses the set limit or a sensor malfunctions, it alerts and takes immediate protective measures, safeguarding both instruments and samples.