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LabroTek provides cutting-edge plant growth chambers and rooms that deliver exceptional precision and reliability for all your controlled environment needs. Our comprehensive range of growth solutions supports applications across academic research, commercial cultivation, pharmaceutical development, and agricultural innovation.
Our compact growth chambers provide reliable environments for laboratory research:
For large-scale cultivation and industrial applications:
Our specialists help you identify the ideal equipment for your specific applications and requirements
Professional setup and comprehensive operator training to ensure optimal performance from day one
Dedicated assistance throughout your equipment's service life, including troubleshooting and updates
Regular service programs to maintain accuracy, compliance, and maximize operational uptime
Our plant growth chambers and rooms are engineered to provide precise control over environmental parameters critical for plant development:
Our plant growth chambers incorporate cutting-edge technology to deliver exceptional performance:
Programmable LED arrays with customizable light spectra to optimize plant development across different growth stages
Multi-point temperature control systems ensuring uniform conditions throughout the entire growing space
Advanced humidification and dehumidification systems that maintain optimal moisture levels within tight tolerances
CO₂ enrichment and monitoring systems for enhanced photosynthesis research and specialized atmospheric studies
Comprehensive data logging and remote monitoring capabilities with alert systems for parameter deviations
Plant growth chambers support diverse applications in numerous sectors:
Studying crop responses to environmental factors, stress tolerance, and genetic expression under controlled conditions
Cultivating medicinal plants with precise environmental control to optimize active compound production
Providing optimal conditions for germplasm development, seed viability testing, and accelerated breeding programs
Supporting plant biology coursework, student research projects, and advanced botanical studies
Propagating high-value crops, tissue culture multiplication, and year-round production of specialized plant varieties
Simulating future environmental conditions to study plant adaptation strategies and stress responses
Propagating endangered species, studying forest regeneration, and developing conservation strategies
Reach-in chambers typically offer 600-1200 liters of growing space, making them ideal for laboratory research with smaller plant populations or multiple experimental groups. Walk-in rooms provide much larger cultivation areas (often 10+ m²) suitable for commercial propagation or large-scale research projects. Reach-in units generally offer more precise environmental control tolerances, while walk-in facilities provide economies of scale for larger operations.
The optimal lighting system depends on your specific research objectives. Fluorescent systems provide cost-effective, uniform lighting for general plant growth. LED systems offer superior energy efficiency, longer operational life, and the ability to create customized light spectra tailored to specific plant responses or growth phases. For photosynthesis research or high-light applications, metal halide or high-pressure sodium options may be appropriate. LabroTek’s specialists can help design the ideal lighting configuration for your specific requirements.
Our standard chambers typically maintain temperatures from 5°C to 45°C with control accuracy of ±0.5°C. Humidity ranges generally span 40% to 95% RH with ±3% control accuracy. Specialized chambers can achieve extended ranges, including sub-zero temperatures for vernalization studies or near-100% humidity for tropical plant research. All parameters maintain tight tolerances even under varying lighting loads or during simulated day/night transitions.
Our growth chambers include integrated data monitoring systems with network connectivity options. These allow remote viewing of current conditions, adjusting parameters, downloading historical data, and receiving alerts for any out-of-range conditions via smartphone, tablet, or computer. Advanced systems offer cloud-based data storage and analytics for comprehensive environmental tracking across multiple chambers or facilities.
Regular maintenance typically includes cleaning condensate drainage systems, calibrating sensors, replacing air filters, checking refrigeration components, and ensuring proper function of lighting systems. Light sources require periodic replacement based on their operational lifespan. LabroTek provides comprehensive maintenance services and preventative maintenance plans customized to your specific equipment and usage patterns.
Yes, our chambers feature programmable controllers that can create complex environmental programs simulating diurnal cycles with coordinated changes in temperature, humidity, lighting intensity, and spectrum. Multi-step programs can replicate seasonal variations, gradually transitioning between different environmental regimes to study plant responses to changing conditions over time.
Growth chambers can be equipped with various irrigation systems including misting systems, drip irrigation, flood benches, or custom hydroponics. These can be programmed for automated operation on fixed schedules or triggered by environmental conditions. Advanced systems can include nutrient dosing equipment to maintain precise formulations for specialized research applications.
Today’s growth chambers incorporate numerous energy-saving features including LED lighting, variable-speed compressors, advanced insulation materials, and optimized air circulation systems. These innovations can reduce energy consumption by 30-50% compared to older models while maintaining or improving environmental precision. Energy recovery systems are available for larger installations to further reduce operational costs.
Yes, LabroTek offers rental and leasing solutions for plant growth chambers. This option is ideal for seasonal research projects, temporary capacity expansion, equipment evaluation before purchase, or managing budget constraints while still accessing high-quality controlled environment facilities.
We offer numerous customization options including specialized lighting arrays, extended temperature ranges, atmospheric gas control (O₂, CO₂, ethylene), air filtration systems, custom shelving configurations, and specialized monitoring equipment. Our engineering team can develop completely custom solutions for unique research requirements, including integration with robotics or automated data collection systems.