185L Water Jacketed CO2 Incubator CE Co2 Laboratory Incubator
- Achieves ISO 5 (Class 100) cleanroom conditions swiftly with a high-efficiency HEPA filter.
- Anti-tilt, adjustable shelves provide secure and flexible sample placement.
- Constructed with an anti-bacterial copper alloy interior and eco-friendly mineral fiber insulation.
- Hassle-free IR CO₂ monitoring with fast response and no calibration requirements.
- Advanced PID control system ensures stable and accurate environmental parameters.
- Innovative humidification reservoir with a protective cover minimizes contamination risk.
- Standard right-hinged door (left-hinged optional) for lab layout flexibility.
- Safety features include electrical leakage protection and a fast-recovery inner glass door.
| Product | Water-jacket CO2 Incubator | |
| Model | NeuIncu-185W | |
| Capacity(L) | 187 | |
| Temperature Control Range | RT+5～60℃ | |
| Temperature Sensor | PT1000 | |
| Temperature Control Accuracy | ±0.1℃ | |
| CO2 Concentration | 0～20% | |
| CO2 Control Accuracy | ±0.1%(@5%) | |
| CO2 Sensor | IR | |
| CO2 Alarm | ≥±0.1%(Ajustable) | |
| CO2 Inlet Filtration Efficiency | 100.00% | |
| CO2 Door Open Recovery Time | Approx. 1%/min | |
| Bottom Water Storage | Water pan(About 3L) | |
| Relative Humidity | 95±3% | |
| Overall Dimensions (W*D*H, mm) | 670*660*1050 | |
| Chamber Dimensions (W*D*H, mm) | 540*505*685 | |
| Chamber structure | Round corners | |
| Shelf size(mm) | 470*470 | |
| Shelf Qty (Standard/Max.) | 4/16 | |
| Power Supply | 220V/50Hz or 60Hz | |
| Sterilization Method | N/A | |
| Standard accessories | Standard accessories:4 shelves,1 water reservoir, 1 HEPA filter, 3 inlet filters(HEPA),1 drain connector,1 inlet air tube, 1 inlet water/drain tube,1 pressure regulation valve,1 funnel | |
| Optional | Humidity Test.Water proof socket in chamber, left-open door | |
A CO2 incubator is an indispensable laboratory instrument designed to replicate the human body's internal environment. It provides a stable setting with precise temperature control (typically 37°C), high humidity, and a regulated carbon dioxide concentration (usually around 5%). This stability is paramount for cultivating healthy cells. A key mechanism is pH buffering, where CO2 dissolves in the culture medium to form carbonic acid, thereby maintaining an optimal pH for cellular processes.
To ensure purity, advanced models incorporate rigorous contamination controls such as HEPA filtration and automatic high-temperature sterilization cycles. Furthermore, technologies like non-dispersive infrared (NDIR) sensors allow for accurate CO2 monitoring, unaffected by ambient humidity. These incubators are fundamental across diverse fields including pharmaceutical development, cancer research, stem cell studies, and in-vitro fertilization (IVF), providing the reliable conditions necessary for groundbreaking biological work.
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