Tissue Culture Chamber TCC2000丨Microbial Cultivation丨Specialized for Plant-Related Research

Product Description

A tissue culture incubator is a specialized experimental device designed for plant tissue culture. The Jiupu Tissue Culture Incubator utilizes a three-dimensional circulating air system to reduce condensation on petri dishes and prevent sample contamination. It offers precise control of environmental simulation factors, operates continuously 24/7, and has a product lifespan of over five years.

Application Areas

1. Plant-Related Research and Cultivation: Used for plant cultivation, seed germination, seedling propagation, and tissue cell culture. For example, studying plant growth and development patterns under different light, temperature, and humidity conditions, as well as breeding new plant varieties and rapid propagation of seedlings.

2. Microbial Culture: Provides a stable growth environment for microorganisms, suitable for culturing bacteria, fungi, and other microbes, fermentation, and the production of microbial metabolites, such as antibiotics and enzyme preparations.

3. Insect and Small Animal Rearing: Simulates suitable environmental conditions for rearing and breeding insects, as well as experimental research on small animals, such as studying insect life cycles and the adaptability of small animals to different environmental conditions.

4. Other Constant Temperature and Light Experiments: Serves as equipment for other experiments requiring constant temperature and light conditions, such as aging and lifespan testing of medicinal herbs, wood, and building materials, studying the performance changes of these materials under specific environmental conditions.

Instrument Functions

1. Precise Environmental Control: Utilizes microcomputer program control to accurately regulate temperature, humidity, and light intensity. It can simulate day and night variations in temperature, humidity, and light, providing a stable and tailored environment for plant tissue culture.

2. Flexible Light Adjustment: Supports the integration of monochromatic, tricolor, quad-color, eighteen-color, and custom multicolor spectrum lighting fixtures based on experimental needs. The self-developed lamps feature stable wavelengths, sufficient light intensity, uniform illumination, and stepless adjustment of light intensity from 0 to 100%, meeting the lighting requirements of different plants throughout their lifecycle.

3. Data Recording and Protection: The control system records changes in various parameters, and all recorded data can be downloaded and stored via a USB drive. It includes protection functions against short circuits, leakage, overcurrent, and overtemperature. The system actively alerts users in cases of high temperature/humidity, low temperature/humidity, or system malfunctions.

4. Smart and Convenient Operation: Features a 7.0-inch human-machine interactive touchscreen for easy operation, allowing users to flexibly set parameters on the LCD interface. Optional spectrum analysis functionality enables the detection of spectral data, such as photosynthetic photon flux density (PPFD), correlated color temperature (CCT), lux value, wavelength, and spectral distribution. Additional options include mobile app remote control and remote video monitoring for user convenience.

Instrument Features

1. High-Quality Materials and Design: The outer door can be optionally equipped with an observation window, providing anti-fog and environmental isolation functions. The interior features a 304 stainless steel chamber with semi-circular corners and removable shelf brackets for easy cleaning.

2. Energy Efficiency: Utilizes LED cold light sources with fast response times (nanosecond level). The integrated dot-matrix light source ensures uniform coverage, generates no heat, and consumes extremely low energy—approximately 80% less than conventional light sources. A branded compressor paired with eco-friendly refrigerants ensures high efficiency and low energy consumption.

3. Excellent Thermal Insulation: The outer shell employs foam insulation technology to minimize energy consumption, reduce operating costs, and significantly lower the overall failure rate of the machine.

4. Three-Dimensional Circulating Air System: Ensures consistent temperature across layers where experimental samples are placed, reducing condensation on petri dishes and preventing sample contamination.

5. User-Friendly Design: Features adjustable shelves and high internal space, allowing light source height adjustment as plants grow, facilitating experimental operations.

Technical Specifications and Basic Parameters