1、 Light source selection: LED cold light source becomes mainstream, balancing uniformity and energy efficiency

Advantages of LED light source

Uniformity: Adopting a multi-layer top mounted LED flat panel design, the illumination area of each layer matches the storage rack, avoiding the edge attenuation problem of traditional strip lamps.

Spectral adjustability: Supports monochromatic light combinations such as red light (660nm) and blue light (450nm) to meet the needs of plant light morphogenesis.

Optimization of Light Source Layout

Three sided lighting design: LED light boards are installed on the front, left, and right sides, supporting independent control to meet the lighting requirements of different volume samples.

Adjustable partition: The spacing between the shelves can be freely adjusted, and the height of the light source can be adjusted to ensure that the difference in light intensity during multi-layer cultivation is ≤ 5%.

2、 Lighting mode setting: multi-level adjustment and programmed control

Classification of Light Intensity

Four level regulation: 0%, 33%, 66%, 100% full power output, suitable for extensive experiments.

Six level regulation: 0%, 20%, 40%, 60%, 80%, 100% fine control, meeting the switching requirements between callus induction and organ differentiation in tissue culture.

High precision model: supports continuous adjustment from 0-30000 Lux, suitable for high demand scenarios such as photosynthesis research.

Day night cycle programming

Basic mode: Set the duration of "day/night" and control the temperature and light intensity in conjunction.

Multi segment programming: The advanced model supports 30 sets of program storage, and each segment can independently set lighting, temperature, and humidity parameters.

Dynamic switching of light quality

Red blue light ratio adjustment: By controlling the on/off of LEDs with different spectra, dynamic changes in light quality can be achieved.

Full spectrum simulation: Some models are equipped with full spectrum LED, covering the 400-700nm wavelength range, close to natural light, suitable for ecological research.

3、 Application scenarios

plant tissue culture

Requirement: Weak light induces callus tissue, strong light promotes organ differentiation.

Microbial culture

Requirement: Constant light intensity and temperature.

Photobiology research

Requirement: High precision light intensity control and dynamic switching of light quality.