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Plant Growth Chamber LMPG-A103 has a 1000 L stainless-steel chamber with constant temperature, humidity and light setting. Using fluorine-free R134 environment-friendly refrigerant, the system is more energy-saving and efficient. The temperature control system adopts an LCD screen and programmable intelligent PID controller to keep the temperature and humidity accurate.
Specifications
| Volume | 1000 L |
| Voltage | 220 V |
| Power | 4.3 KW |
| Timer | 0-9999 min |
| Temp. Range | 0-65℃ |
| Shelf | 4 shelves |
| Lux | 15000 LX |
| Humidity Accuracy | 40%-95% |
| Fluctuation | ±3 % |
| Time Accuracy | ±0.1 ℃ |
| Dimensions (W×D×H) | ±0.5 % |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Plant Growth Chamber LMPG-A103 | $ 12887.5 | Pack of 1 |
Features
Three-surface light source, internal toughened glass door and outer silicone ring
Stimulate the weather conditions of daylight illumination, providing proper environmental factors for plant growth
The temperature range, air flow size, humidity control and illumination can be adjusted by the control system
Suitable for 3 to 6 months of plant culture or longer running time
Balanced refrigeration, low temperature fluctuation, with automatic defrosting function
Compressor with delay protection function for stable operations
The shelf spacing and the number of shelves can be adjusted
Built-in large capacity intelligent humidification system with an automatic water replenishment tank
Timing, over temperature alarm and data recovery after power failure
Optional Accessories
Gas Outfit RS485 Or USB Port Portable Printer Touch Screen Controller Programmable Software CO2 Concentration Detection Lamps With Different Spectra
Applications
Plant Growth Chamber is used in plant breeding, genetic research, photosynthesis, nutrition, and other elements of plant physiology and biotechnology, as well as incubation and microbial cultivation tests, insect feeding tests, and numerous other medical and scientific research organisations.
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Frequently Asked Questions
1 What is a Plant Growth Chamber?
A Plant Growth Chamber is a controlled environment chamber designed to simulate various climatic conditions for studying and promoting the growth of plants.
2 How does Plant Growth Chamber work?
It works by precisely controlling environmental parameters such as temperature, humidity, light, and carbon dioxide levels to create ideal conditions for plant research and cultivation.
3 How is Plant Growth Chamber used in agricultural research?
In agricultural research, it is used to study crop responses to environmental stressors like drought, high salinity, or temperature extremes under controlled conditions.
4 How does Plant Growth Chamber help in drug discovery from plants?
It helps maintain consistent plant conditions required for pharmaceutical research while studying medicinal plants and extracting active compounds.
5 How does food industry benefit from Plant Growth Chamber?
The food industry uses Plant Growth Chamber to develop high-yield, fast-growing, nutrient-enriched crops by experimenting with ideal growing conditions and nutrient delivery systems.
6 Can Plant Growth Chamber support pest and disease research?
It enables controlled introduction of pests or pathogens to study plant immune responses and test biocontrol or chemical treatments.
7 How does Plant Growth Chamber assist in breeding new plant varieties?
It accelerates breeding cycles by providing year-round controlled environments, allowing rapid testing and selection of desired traits in new plant varieties.
8 Can Plant Growth Chamber be used to study plant-microbe interactions?
It helps in controlled studies of plant-microbe interactions, essential for understanding symbiotic relationships, soil health, and microbial inoculant performance.
9 How is Plant Growth Chamber used in plant pathology research?
It is crucial in plant pathology research for creating uniform environments to study disease development, infection cycles, and the effectiveness of fungicides or biocontrol agents.
10 How does Plant Growth Chamber help in studying nutrient deficiencies?
It allows for controlled nutrient removal or limitation, enabling detailed study of deficiency symptoms and the development of corrective fertilization strategies.