Double Door Artificial Climate 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

Dual-Door Artificial Climate Incubator

A dual-door artificial climate incubator is a specialized type of laboratory equipment designed to simulate and control a variety of environmental factors, such as temperature, humidity, and light, to create an artificial climate for cultivating and studying plants, microorganisms, and other biological samples. The dual-door design allows for the creation of two independent environments within the same unit, offering flexibility for experiments requiring different conditions.

1. Dual-Zone Control:

• The key feature of a dual-door incubator is the ability to maintain two separate environmental zones within the same incubator. Each zone can be independently controlled for temperature, humidity, and light conditions.

• This is ideal for experiments requiring the study of different species or processes that need different settings (e.g., plant growth in one zone, microbial culture in another).

2. Temperature and Humidity Control:

• The incubator typically has an adjustable temperature range (usually 5°C to 50°C) and a precise humidity control system (usually between 40% to 95% RH).

• The dual zones allow users to set different temperature and humidity levels for each compartment, making it particularly useful for experiments involving a variety of conditions.

3. Artificial Lighting System:

• Many dual-door incubators come with a built-in artificial lighting system, such as LED or fluorescent lamps, to simulate day-night cycles or specific light conditions required for plant growth studies or other biological experiments.

• Light intensity and duration can be adjusted for each compartment independently.

4. Energy Efficiency:

• Dual-door incubators are designed to optimize energy consumption by allowing different zones to operate in separate conditions without the need to maintain a uniform environment across the whole incubator.

• The independent control of each zone ensures that energy is not wasted, improving the overall energy efficiency of the incubator.

5. Intelligent Control and Monitoring:

• The incubator typically features a digital control system with a user-friendly interface, allowing for precise adjustments and easy monitoring of temperature, humidity, and light levels.

• Many models include a touchscreen control panel and remote monitoring capabilities via mobile apps or computer systems, allowing users to monitor and control the conditions in real-time.

6. Data Logging and Alarms:

• Dual-door incubators usually come with data logging features to record environmental parameters throughout the experiment. This data is crucial for research and analysis.

• The system also includes alarm functions to notify users if any parameter (temperature, humidity, light) goes beyond the set limits, ensuring the safety and reliability of the experiment.

1. Plant Growth Research:

• Perfect for studying the effects of different environmental conditions on plant growth. One side may simulate day conditions with appropriate light, temperature, and humidity, while the other side may simulate night conditions.

• Can be used for seed germination studies, plant development, photosynthesis experiments, and more.

2. Microbial Cultivation:

• Dual zones can be used to grow different types of microorganisms or to replicate various temperature and humidity conditions in parallel, making it ideal for microbiology research.

3. Cell and Tissue Culture:

• Provides an ideal environment for cultivating cells and tissues, where different conditions are needed for different cell types or stages of growth.

4. Environmental Studies:

• Suitable for simulating various climate conditions to study how organisms respond to changes in temperature, humidity, and light, useful in ecological and environmental research.

5. Agriculture and Horticulture:

• Widely used in agricultural research for experiments that require precise control over environmental factors such as temperature, humidity, and light to optimize plant growth and productivity.

The dual-door artificial climate incubator offers the flexibility of two independent environmental zones, each with customizable settings for temperature, humidity, and light. It is an invaluable tool for researchers in fields such as plant science, microbiology, cell biology, and environmental studies, providing a controlled and stable environment for diverse experiments. Its energy efficiency, intelligent control system, and ability to simulate various climates make it a versatile and essential piece of equipment for scientific research.