The light incubator not only has basic lighting and constant temperature functions, but also can perform humidity control and safety protection, making its functions more complete. This enables it to function under various complex experimental conditions, meeting the needs of different research fields. With the development of technology, its control accuracy has been improved.

The current design of light incubators has multiple protection mechanisms, such as over temperature protection, thermal resistance short circuit protection, compressor delay protection, etc., effectively avoiding equipment damage or safety accidents caused by improper operation and improving the safety of instrument and equipment operation. Due to its uniform distribution of light and heat, it allows plants to fully absorb nutrients, reduce the use of chemical fertilizers, and accelerate growth rate. This is not only beneficial for improving experimental efficiency, but also in line with modern people's demand for environmental protection and healthy living.

Light culture chambers have been widely used in various fields such as plant tissue culture, microbiological research, and genetic breeding. Especially in plant tissue culture, it plays a crucial role in utilizing the pluripotency of plant cells through aseptic operations and artificially controlled environmental conditions to regenerate isolated tissues or cells into complete plants.

Measurement steps for light incubator:

1. Preparation work

-Appearance inspection: Confirm that the box body is free from damage, deformation, and other issues; Ensure that the internal sensors are installed correctly and function properly; Prepare calibration tools (such as standard thermometers, hygrometers, photometers, etc.).

-Preheating stability: Start the equipment according to the instructions and run it to a stable state before starting calibration.

2. Temperature calibration

-Place the standard thermometer inside the box and make close contact with the temperature sensor; Set the target temperature value and wait for the system to balance; Compare the readings of the standard instrument with the values displayed on the control panel. If there is a deviation, adjust the equipment parameters until they are consistent.

3. Humidity calibration

-Similar to the temperature calibration process, use a standard hygrometer to measure the actual humidity and compare it with the set value to correct the error.

4. Light intensity calibration

-Place the light meter in a suitable position inside the box to ensure even reception of the light source; Turn on the lighting system and adjust it to the preset intensity to verify the stability and accuracy of the light meter values; Adjust or replace sensors as necessary to ensure uniformity and accuracy.