Percival Scientific Tissue Culture Growth Chamber Model CU-36L4
Condensation-Free Multi-Tier Chamber for Plant Cell Culture
The Percival Scientific CU-36L4 Tissue Culture Chamber is specifically engineered for plant cell and tissue culture experiments using Petri dishes, plates, or flasks. Its unique airflow design, fixed lamp bank, and slide-out shelving minimize condensation, ensuring reliable and reproducible experimental results across multiple tiers.
Features
- PetriClear LED Lighting System
Four tiers of shelves illuminated by PetriClear LEDs
Programmable intensity up to 170 µmol m²/s at 6″ from LEDs
SciWhite + Infrared technology prevents condensation on Petri dish lids
Dimmable from 10–100% output
Controlled via IntellusUltra real-time controller for precise environmental regulation - Shelf-Level Vertical Airflow
Conditioned air circulates through a rear wall duct and rises slowly through fixed bottom diffusers at each shelf
Diffuser prevents heat transfer from lights, minimizing condensation and maintaining stable culture conditions - IntellusUltra™ Environmental Control
Industrial-grade integrated hardware for simultaneous control of lighting, temperature, humidity, and optional CO₂
Advanced experiment protection and system diagnostics
Dual high and low temperature limit alarms with auto-reset functionality
Core Technical Highlights
- Interior & Capacity
Shelving: Four tiers of white epoxy-coated steel wire shelves
Shelf Dimensions: 27″ D × 28.8″ W
Maximum Growing Height: 9.3″ per shelf
Shelves slide in/out on stainless steel rails for easy access - Airflow & Circulation
Rear wall duct delivers conditioned air to fixed bottom diffusers
Slow, vertical airflow ensures uniform environmental conditions without condensation - Construction & Insulation
Interior: 22-gauge electro-zinc plated steel
Exterior: 18-gauge electro-zinc plated steel
Welded seams and joints on inner and outer shells
Inner liner supported with non-compressing, non-thermal conductive material
2″ thick CFC-free insulation
One 1.25″ access port
Integrated caster assembly and leveling legs for uneven floors
Chamber floor equipped with floor drain and hose assembly - Door & Access
Single door: 29.2″ W × 57.5″ H
Magnetic gasket ensures a tight environmental seal - Refrigeration & Temperature Control
Self-contained air-cooled condensing unit with hot gas bypass
Continuous operation alternates refrigerant and hot gas to maintain precise temperature and prevent ice buildup
Ceiling-mounted evaporator with twin air circulation fans
Heat rejection: 2,750 BTU/hr
Solenoid valves with extended stem for quiet, long-life operation - Safety & Experiment Protection
Adjustable high and low temperature limits with audible and visual alarms
Automatic chamber shutdown with auto-reset capability
Typical Applications
- Plant tissue and cell culture experiments
- Multi-tier Petri dish, plate, or flask studies
- Optimized for condensation-free growth
- Ideal for laboratories needing precise environmental control and flexible shelving
- The CU-36L4 Tissue Culture Chamber delivers consistent light intensity, controlled airflow, and accurate temperature regulation, making it an ideal solution for advanced plant tissue culture research.
Optional Upgrades
- Additive humidity control with sensor
- Dehumidifier with sensor
- IntellusUltra Connect for remote monitoring
- Android-based touchscreen interface
- CO₂ enrichment package
- Self-contained water-cooled condensing unit
- Extended temperature ranges
- External drip pan assembly
Contact us for custom configurations to match your research workflow.
Expert Guidance You Won’t Get From Big Distributors
Unlike broad catalog sellers, we specialize in controlled environment systems with deep application support. Our team understands the experimental nuances: from controller programming to lighting strategies and environmental uniformity. We help you match chamber options to your research goals and ensure you get the right system.
Ready to refine your setup or get a tailored quote? Contact us for expert support and configuration advice.
