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C240PE 180°C High Heat Sterilization CO2 Incubator
| Cat.No. | Product name | Number of unit | Dimension(L×W×H) |
| C240PE | 180°C High Heat Sterilization CO2 Incubator | 1 Unit（1Unit） | 800×652×1000mm (Base included) |
| C240PE-2 | 180°C High Heat Sterilization CO2 Incubator(Double Units） | 1 Set（2 Units） | 800×652×1965mm (Base included) |
| C240PE-D2 | 180°C High Heat Sterilization CO2 Incubator(the Second Unit） | 1 Unit（2nd Unit） | 800×652×965mm |
❏ 6-side direct heat chamber
▸ Large 248L capacity chamber provides large enough culture space and ideal environment for cell culture applications
▸ The 6-side heating method, with efficient, high-performance heating systems distributed on the surface of each chamber, provides a highly uniform temperature distribution throughout the incubator, resulting in a more uniform temperature throughout the incubator and a uniform temperature field of ±0.2°C within the chamber after stabilization
▸ Standard right side door opening, left and right door opening direction according to demand
▸ Polished stainless steel one-piece interior chamber with rounded corners for easy cleaning
▸ Flexible combination of detachable pallets, independent humidity pan can be removed or put in according to demand
▸ Built-in fan in the chamber gently blows air for even distribution within the chamber, ensuring a consistent culture environment
▸ Stainless steel shelves and brackets are durable and can be removed without tools in 1 minite
❏ 304 stainless steel water pan for humidification
▸ Easy-to-clean 304 stainless steel water pan holds up to 4L of water, ensuring a high humidity environment in the culture chamber. It provides maximum protection for cell and tissue culture and avoids the dangerous formation of condensation, even when the humidity pan generates high humidity at normal room temperature, and is still less likely to generate condensation above the chamber. Turbulence-free chamber ventilation ensures a constant and uniform cell culture environment
❏ 180°C high heat sterilization
▸ On-demand 180°C high heat sterilization simplifies cleaning and eliminates the need for separate autoclaving and reassembly of components, increasing efficiency
▸ 180°C high heat sterilization system effectively eliminates bacteria, mold, yeast and mycoplasma from the interior cavity surface
❏ ISO Class 5 HEPA filtered airflow system
▸ Chamber's built-in HEPA air filtration system provides uninterrupted filtration of air throughout the chamber
▸ ISO Class 5 air quality within 5 minutes of closing the door
▸ Provides continuous protection by reducing the ability of airborne contaminants to adhere to interior surfaces
❏ Infrared (IR) CO2 sensor for accurate monitoring
▸ Infrared (IR) CO2 sensor for stable monitoring when humidity and temperature are less predictable, effectively avoiding measurement bias problems associated with frequent door opening and closing
▸ Ideal for sensitive applications and remote monitoring, or where frequent opening of the incubator is required
▸ Temperature sensor with overtemperature protection
❏ Active airflow technology
▸ Incubators are equipped with fan-assisted airflow circulation, enabling rapid recovery.. Our airflow pattern is specifically designed for uniform distribution of some key environmental conditions (temperature, gas exchange and humidity)
▸ An in-chamber fan gently blows filtered, moist air throughout the chamber, ensuring that all cells have the same environmental conditions and do not lose excessive water regardless of their location
❏ 5 inch LCD touch screen
▸ Intuitive controls for easy operation, instant run curves, historical run curves
▸ Convenient installation position above the door for easy control, capacitive touch screen with sensitive touch control experience
▸ Audible and visual alarms, on-screen menu prompts
❏ Historical data can be viewed, monitored and exported
▸ Historical data can be viewed, monitored and exported via USB port, historical data cannot be changed and can be truly and effectively traced back to the original data
| CO2 Incubator | 1 |
| HEPA Filter | 1 |
| Access Port Filter | 1 |
| Humidity Pan | 1 |
| Shelf | 3 |
| Power Cord | 1 |
| Product Manual, Test Report, etc. | 1 |
| Cat.No. | C240PE |
| Control interface | 5 inch LCD touch screen |
| Temperature control mode | PID control mode |
| Temperature control range | Ambient +4~60°C |
| Temperature display resolution | 0.1°C |
| Temperature field uniformity | ±0.2°C at 37°C |
| Max. power | 1000W |
| Timing function | 0~999.9hours |
| Internal Dimensions | L674×W526×H675mm |
| Dimension | L800×W652×H1000mm |
| Volume | 248L |
| CO2 measurement principle | Infrared (IR) detection |
| CO2 control range | 0~20% |
| CO2 display resolution | 0.1% |
| CO2 supply | 0.05~0.1MPa is recommended |
| Relative Humidity | Ambient humidity ~95% at 37°C |
| HEPA filtration | ISO 5 level, 5 minutes |
| Sterilization method | 180°C High heat sterilization |
| Temperature recovery time | ≤10 min (open door 30sec room temperature 25°C set value 37°C) |
| CO2 concentration recovery time | ≤5 min (open door 30sec set value 5%) |
| Historical data storage | 250,000 messages |
| Data export interface | USB interface |
| User management | 3 levels of user management: Administrator/Tester/Operator |
| Scalability | Up to 2 units can be stacked |
| Working environment temperature | 10~30°C |
| Power supply | 115/230V±10%, 50/60Hz |
| Weight | 130kg |
*All products are tested in controlled environments in the manner of RADOBIO. We do not guarantee consistent results when tested under different conditions.
| Cat.No. | Product Name | Shipping dimensions W×H×D (mm) |
Shipping weight (kg) |
| C240PE | High Heat Sterilization CO2 Incubator | 875×725×1175 | 160 |
♦ Advancing Enzyme Engineering: C240PE CO2 Incubator in Action
At the Enzyme Engineering Laboratory of Hefei University, our C240PE 180°C High Heat Sterilization CO2 Incubator plays a vital role in groundbreaking research. This laboratory focuses on enzyme development and its applications in biological fermentation, providing critical scientific support for food safety management and chemical enzyme development. By ensuring precise temperature and CO2 control, the C240PE creates the optimal environment for enzyme-related cell cultures, enabling consistent results and accelerating the development of enzymes with improved properties. The incubator’s advanced features also help streamline the scaling of enzyme production for industrial applications. This partnership empowers the lab to contribute valuable insights and innovations to the fields of food safety, industrial biochemistry, and sustainable production methods.
♦ Breakthroughs in Disease Research: C240PE Supports Critical Studies
The C240PE 180°C High Heat Sterilization CO2 Incubator is an essential tool at the Key Laboratory of Cell Microenvironment and Disease Research at Southern University of Science and Technology. This lab focuses on major diseases such as malignant tumors and osteoarthritis, investigating molecular mechanisms to advance diagnostics, drug development, and targeted clinical treatments. With its unparalleled reliability and precision, the C240PE supports complex cell culture experiments, enabling the lab to provide theoretical foundations for life-changing therapies and breakthroughs in disease research. The incubator’s ability to maintain a stable, contamination-free environment ensures that experiments remain consistent, contributing to the discovery of novel biomarkers and therapeutic strategies that could revolutionize healthcare.
♦ Innovating Antibody Therapy: C240PE Powers Pharmaceutical Progress
In the state-of-the-art labs of a leading pharmaceutical company in Shanghai, our C240PE CO2 Incubator facilitates cutting-edge research into antibody technologies. This company explores new drug targets and mechanisms, with a pipeline covering over 50 molecules, including monoclonal and multi-specific antibodies, ADCs, fusion proteins, and small-molecule drugs. By maintaining a stable and uniform environment for cell cultures, the C240PE ensures consistency and reliability in experiments, driving the development of advanced therapeutics and expanding solutions across diverse disease spectrums. The incubator’s precision helps optimize cell culture conditions, increasing the efficiency of antibody production and improving the overall success rate of drug development, which plays a critical role in providing more effective and targeted treatments for patients.
