It is a Microprocessor-based PID controller system with a large LCD screen that delivers a higher level of performance for a dependable in-vitro growth environment through an air jacket that provides true temperature uniformity and CO2 gas control. Equipped Hot Air Circulation System and UV light system for periodic sterilization of chamber which stands as the ultimate reason behind a successful incubation. Having a micro-organism filter at the inlet for filtration of bacteria and dust as well as supplies pure CO2 into the incubator.
| Chamber volume | 50 L |
|---|---|
| Shelves | 2 Pcs |
| Heating method | Air-jacketed, PID Control |
| Temperature range | RT + 5 ~ 55 ℃ |
| Ambient temperature | RT + 5 ~ 30 ℃ |
| Temperature stability | ± 0.2 ℃ |
| CO2 Range | 0 ~ 20 % V/V |
| CO2 Control resolution | ±0.1% (IR sensor) |
| CO2 Recovery | (Door open 30 S, recovery to 5 %) ≤ 3 min |
| Temperature recovery | (Door open 30 S, recovery to 37 °C ) ≤ 8 min |
| Sterilization | UV Sterilization |
| Humidity method | Natural vaporization |
| Voltage | AC 220 V / 50 Hz |
| Power consumption | 450 W |
| Interior dimension (W × D × H) | 400 × 350 × 350 mm |
| Exterior dimension (W × D × H) | 590 × 450 × 540 mm |
| Packing dimension (W × D × H) | 830 × 800 × 980 mm |
| Gross weight | 79 kg |
Microprocessor-based PID controller
Infrared sensor can keep CO2 concentration stable and uniform when doors open frequently
Stainless-steel chamber, shelves and semicircular arcs
Large LCD screen
Auto-controller of fan speed to prevent sample damage
Doors temperature controller prevents dewfall on the glass doors
Separate temperature-limiting alarm system for safe usage
Alarm function for temperature difference, over CO2 concentration, doors open time, UV working status, etc
UV light system for periodic sterilization of chamber
Options are available to connect printer and computer for data recording (Optional) via RS-485 connector
Separate temperature-limiting alarm system for safe usage (optional)
Used in tissue culture, in vitro fertilization, Neuroscience, Cancer research, Stem cell research, Regenerative medicine, Mammalian cell research, etc.
Humidity display
RS485 connector
CO2 pressure releasing valve
Labdex Air Jacketed Incubator provide uniform heating with precise digital temperature control and efficient air circulation, ensuring stable conditions for cell culture, microbial growth, and biochemical experiments. Features include rapid heat distribution, energy-efficient operation, and digital monitoring for accurate and reproducible results. Ideal for microbiology, biotechnology, and general laboratory research, these incubators maintain consistent environments, prevent temperature fluctuations, and support sensitive experiments requiring precise and reliable temperature control.
Labdex Hot Air Block Incubator provide rapid, uniform heating for test tubes and samples. Features include efficient air circulation, digital temperature control, and energy-efficient operation. Suitable for drying, enzyme reactions, and laboratory incubation, they maintain stable conditions for accurate, reproducible results in microbiology and research applications.
Labdex Dry Block Incubator provide safe, uniform heating for test tubes and small samples. Features include precise digital temperature control, energy-efficient operation, and rapid heat distribution. Suitable for laboratory heating, biochemical assays, and sample incubation, they ensure consistent temperature across all samples, maintaining experimental accuracy and reproducibility for microbiology and research applications.
Labdex Dual Temperature Control Dry Block Incubator, allow independent temperature zones in a single unit. Features include precise digital control, uniform heat distribution, and energy-efficient operation. Ideal for simultaneous experiments requiring different temperatures, they support biochemical assays, microbial studies, and laboratory research with reliable, reproducible conditions across multiple samples.
Labdex Thermostatic Shaking Incubator combine precise temperature control with programmable orbital shaking. Features include digital monitoring, uniform heating, and adjustable speeds. Ideal for microbiology, biotechnology, and cell culture research, they maintain reproducible conditions and reliable experimental results.
