Intelligent Light Incubator

FEATURES

1 high quality mirror stainless steel, high quality steel spray tank semi-circular corners, easy to clean, inside adjustable baffle spacing.

2 LCD screen, a screen display multiple sets of data, easy to understand, easy to observe and operate. Simple operation and high precision temperature control than the original digital form.
3 is equipped with the most advanced fuzzy PID intelligent temperature controller, the fluctuation is small, with a timer function (0-9999min)
3 with a separate limit temperature alarm system, exceeds the limit temperature is automatically interrupted, ensures experiments run safely and no accident would happen.
4 with 4 ~ 20mA standard current signal, RS485 interface can be connected to the recorder and the computer, to record changes in temperature parameters.
5 unique stainless steel circulating air duct, forced air circulation, temperature uniformity.
6. Number of microscopic timing function keys with computer temperature controller, temperature control is accurate and reliable;
7. The use of mirror stainless steel, semi-circular arc corners easy to clean, inside adjustable shelf spacing;
8. The glass observation window, easy to understand observation;

SPECIFICATION

An intelligent light-controlled incubator is a device used for experiments involving biology, plants, microorganisms, and more, capable of simulating different environmental conditions such as light, temperature, and humidity to meet experimental needs. It integrates modern intelligent technology and typically features automation, precise control, and remote monitoring capabilities, making it widely used in scientific research, agriculture, environmental protection, and education.

1. Intelligent Control System:

• Equipped with an intelligent control system that automatically adjusts the temperature, humidity, light intensity, and cycle within the incubator based on the set experimental requirements, ensuring environmental stability.

• Allows remote monitoring and control via touchscreen, mobile apps, or computers, making it user-friendly.

2. Lighting System:

• Equipped with efficient light sources, often LED lights, providing the spectral range suitable for plant photosynthesis or microbial cultivation.

• Light intensity and duration can be precisely adjusted to simulate day-night cycles or set different light cycles to meet various experimental needs.

3. Temperature and Humidity Control:

• The incubator is equipped with temperature and humidity sensors that monitor and automatically adjust the internal conditions to ensure they meet the experimental requirements.

• The temperature control range is generally between 5°C and 50°C, and the humidity range is from 40% to 95% RH, making it suitable for various experimental environments.

4. Data Recording and Alarm Function:

• It automatically records data such as temperature, humidity, and light intensity during the experiment, storing it for later analysis.

• The system features an over-limit alarm function, alerting users when temperature, humidity, or light intensity exceeds the set range, preventing experimental failure.

5. Energy-Efficient and Eco-Friendly:

• Uses LED lights and efficient cooling and heating systems, making it more energy-efficient and environmentally friendly compared to traditional devices, effectively reducing energy consumption.

6. Versatile Applications:

• Can be used for plant growth experiments, cell cultivation, microbial culture, environmental monitoring, seed germination experiments, and more.

• Provides a controllable environment that simulates natural conditions, helping researchers study the effects of light, temperature, and other factors on organisms.

1. Plant Growth Research:

• By controlling light, temperature, humidity, and other factors, it studies plant growth, development, photosynthesis, and other processes, commonly used in plant science and agricultural research.

2. Microbial Cultivation:

• Used for the cultivation of microorganisms such as bacteria and yeast, controlling appropriate temperature, humidity, and light conditions to promote microbial growth.

3. Cell and Tissue Cultivation:

• Suitable for cell and tissue culture experiments in biological and medical research, maintaining a stable environment to improve the reproducibility of experiments.

4. Environmental Monitoring and Educational Research:

• In environmental science, incubators simulate various environmental conditions to help researchers study the impact of environmental factors on organisms. They are also widely used in university laboratory teaching.

5. Pharmaceutical Research and Testing:

• In drug development, incubators simulate light and temperature conditions to test the reactions and growth status of plants and microorganisms under specific environments.

Intelligent light-controlled incubators provide a customizable experimental environment with precise environmental control and intelligent management. They not only improve the efficiency and accuracy of experiments but also offer reliable technical support for research in biology, plants, environmental science, and more.