- ✔ Microcomputer controlled system
- ✔ PID controller to control several parameters
- ✔ UV Lamp as a sterilizing agent
- ✔ LCD touch screen displays: Temperature, CO₂ concentration, and run-time
- ✔ 2 perforated stainless-steel shelves and 50 L inner chamber capacity
- ✔ Infrared (IR) sensor uses split-beam technology for CO₂ control in fluctuating temperature and humidity conditions
- ✔ Rapid humidity recovery using a large directly heated water reservoir
- ✔ CO₂ incubator pressure regulator
- ✔ Water level and over temperature alarm with audible and visual alert
- ✔ Tightly sealed inner door made of tempered safety glass
- ✔ Excellent quality gas circuit valve for stable CO₂ concentration and less CO₂ consumption
- ✔ Working chamber adopts round angle structure, easy to clean
| Capacity |
80 L |
| Heating |
Air jacket |
| Temperature range |
RT +5 to 60°C |
| Control type |
PID control |
| Temperature fluctuation |
≤ ±0.2°C (at 37°C) |
| Temperature uniformity |
≤ ±0.3°C (at 37°C) |
| Time setting |
999 h or continuous |
| Alarm system |
Over-temperature alarm; CO₂ Concentration alarm; Temperature sensor error alarm; Water-shortage alarm. |
| Interior material |
Stainless steel |
| Exterior material |
Cold-rolled steel with painting |
| Door type |
Double door |
| Insulation Material |
Polystyrene film |
| CO₂ control sensor |
Infrared sensor |
| CO₂ measuring range |
0 to 20 % |
| CO₂ concentration control accuracy |
CO₂ concentration control error 5% ± 0.1 % |
| Humidification type |
Water tank for natural evaporation |
| Sterilization type |
UV lamp |
| Shelves |
2 pcs/adjustable |
| Caster type |
Foot master caster |
| Interface |
USB port |
| Power supply |
220 V±10%，50/60 Hz |
| Maximum power consumption |
600 W |
| Internal dimension (W×D×H) |
398×446×498 mm |
| External dimension (W×D×H) |
600×596×921 mm |
| Packaging dimension (W×D×H) |
730×735×1070 mm |
| Gross Weight |
83 kg |
CO₂ incubators are designed to maintain adequate interior moisture to prevent the drying out of cultures. These air jacketed CO₂ incubators are widely used for a broad range of applications that includes: Tissue engineering, In vitro fertilization, Neuroscience, Cancer research, Stem cell research, Regenerative medicine, Mammalian cell research.
