A plant growth chamber is a controlled environmental system used to study plant growth under regulated temperature, humidity and lighting conditions. It allows researchers to set specific light and dark cycles, maintain suitable growing conditions and conduct experiments related to seed germination, plant physiology, tissue culture and crop research. Bionics Scientific offers plant growth chambers for laboratory and agricultural research applications.
A plant growth chamber works by controlling temperature, humidity, light intensity and photoperiod to create a regulated environment for plant growth and research. Its control system maintains the selected conditions and can simulate day and night cycles.
| Temperature Control | Relative Humidity Control |
| Photoperiod Programming | LED Light Spectrum Control |
| Air Circulation Management | Day & Night Simulation |
| Plant Stress Testing Conditions | Growth Cycle Programming |
| Environmental Monitoring | Uniform Air Distribution |
Plant growth chambers are used in agricultural and laboratory research to study how environmental conditions affect plant development. Researchers use them to examine plant responses to controlled temperature, humidity and light conditions during seed germination, plant breeding, photosynthesis and crop development studies.
| 25+ Years Experience | ISO Certified Manufacturing |
| Custom Plant Growth Chambers | Global Export Capability |
| Installation & Validation Support | Technical Consultation |
| Plant Tissue Culture Research | Seed Germination Testing | Crop Breeding Programs |
| Plant Physiology Studies | Photosynthesis Research | Climate Change Simulation |
| Agricultural Biotechnology | Hydroponics Research | Genetic Engineering Studies |
| Controlled Environment Agriculture (CEA) | Plant Pathology Research | Crop Productivity Studies |
| Arabidopsis | Rice | Wheat | Soybean |
| Maize | Barley | Tobacco | Potato |
| Algae | Medicinal Plants | Horticulture Crops | Commercial Crops |
Walk-in plant growth rooms are suitable for experiments involving larger plants, multiple samples or extended research setups. These rooms provide controlled environmental conditions while allowing researchers to enter the chamber for monitoring and handling plants. Configurations can be customized based on available laboratory space, plant height, shelving requirements and airflow design, including single-tier and multi-tier arrangements.
| Reach-In Plant Growth Chambers | Walk-In Plant Growth Rooms |
| Multi-Tier Growth Chambers | Tissue Culture Chambers |
| Research Chambers | Custom Built Chambers |
| Excellent temperature stability | Unparalleled light efficiency |
| High efficiency LED lighting systems | Automatic microprocessor controls |
| Interlocked insulated panels | Stainless steel inner construction |
| High and low limit temperature protection | Printer and temperature chart recorder |
| Color touch control panel | Adjustable shelving arrangement |
| Uniform air flow inside chamber | Provision to connect with PC |
| User programmable alarm settings | Humidity up to 95% |
When selecting a plant growth chamber, consider chamber capacity, lighting intensity, temperature range, humidity control, airflow design, plant height requirements and future research needs.
| Model | BST/PGC-175 | BST/PGC-300 | BST/PGC-864 |
|---|---|---|---|
| Chamber Capacity | 175 Liters | 300 Liters | 864 Liters |
| Illumination | Max. 23000 Lux | Max. 23000 Lux | Max. 35000 Lux |
| Cooling Device | Hermetically sealed Compressor(1/3 HP) | Hermetically sealed Compressor(1/2 HP) | Hermetically sealed Compressor (1 HP) |
| Shelves | 3 EA | 4EA | 8EA |
| No. of Doors | Single | Single (Double Optional) | Double Doors |
| Temperature | |||
| Range | 0°C to 60°C (Light ON: 10°C to 60°C) | ||
| Accuracy | ±0.5°C at 20°C | ||
| Controller | Microprocessor PID controller | ||
| Humidity | |||
| Range | 50% to 95% RH | ||
| Accuracy | ±3% | ||
| Controller | Microprocessor PID controller | ||
| Sensor | Electronic Device | ||
| Construction | |||
| Interior Construction | Stainless Steel 304 Grades (Stainless Steel 316-optional) | ||
| Exterior Construction | MS Powder Coated (Stainless Steel 304 / 316 Grades - Optional) | ||
| Insulation | Glass Wool | ||
| Interior Doors | Tempered Glass Door w/ Silicone Packing | ||
| External Doors | Solid Doors w/ Magnetic Gum Packing | ||
| Shelves' Construction | Stainless Steel | ||
| Other:- | |||
| Illumination Type | LED / Fluorescent Lighting System | ||
| Refrigerant Gas | R-134a Eco-Friendly Gas | ||
| Safety Device |
- Leakage breaker for power supply - Over current protector - Overheat protector - Water - Level Monitoring Auto Control System |
||
| Optional Accessories |
- Color touch screen controller for Humidity & Temperature - RS 232 port - Printer - Chart recorder - Caster wheels - Extra shelves - DQ, OQ, PQ & IQ Certificates |
||
| Power Supply | 220 / 240 Volts | ||
| Certifications | GMP, ISO & CE Certified | ||
| Plant growth room consultation | Turn-key projects |
| On-site project management | Installation, commissioning and validation |
| Integration into local BMS and other facilities | Providing training to customer's personnel |
| Full user, client co-ordination | Printer and temperature chart recorder |
If you would like to place a request for plant growth chamber price list or quotation, please email us details, our customer executive will assist you till you get 100% satisfaction. In addition to supply all over India, we also undertake export orders from Asia, Africa and Middle East.
For related environmental testing and plant research applications, you may also explore our Seed Germinator, Humidity Temperature Test Chamber, Refrigerated Humidity Chamber and Photostability Test Chamber.
A plant growth chamber is a controlled environment system that regulates temperature, humidity and lighting for plant research.
It controls temperature, humidity and light cycles to create specific growing conditions for plant experiments.
Plant growth chamber models provide temperature control from 0°C to 60°C, depending on the model and operating conditions.
Common applications include seed germination, tissue culture, crop breeding, photosynthesis and plant physiology research.
Yes. Chamber size, lighting, humidity control, shelving and airflow configurations can be customized to suit research requirements.
Researchers commonly study Arabidopsis, rice, wheat, soybean, maize, tobacco and horticultural crops.
A seed germinator focuses mainly on seed germination, while a plant growth chamber also supports controlled lighting, humidity and wider plant growth studies.
Photoperiod control simulates day and night cycles to study flowering, germination and plant development.
Agricultural institutes, universities, biotechnology companies and research laboratories use plant growth chambers for controlled plant studies.
Yes. Bionics Scientific offers customized walk-in plant growth rooms for larger plants, multiple samples and extended research setups.
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