C80SE 140°C High Heat Sterilization CO2 Incubator

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For static culture of cell , it’s 140°C high heat sterilization CO2 incubator with HEPA filter.

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Product Detail

Product Tags

Models：

Cat. No.	Product name	Number of unit	Dimension(L×W×H)
C80SE	140°C High Heat Sterilization CO2 Incubator	1 Unit（1 Unit）	560×530×825mm (Base included)
C80SE-2	140°C High Heat Sterilization CO2 Incubator(Double Units）	1 Set（2 Units）	560×530×1627mm (Base included)
C80SE-D2	140°C High Heat Sterilization CO2 Incubator(The Second Unit）	1 Unit（2nd Unit）	560×530×792mm

Key Features：

❏ 6-side direct heat chamber
▸ Compact 85L capacity, especially suitable for low-throughput cell culture and confined laboratory space
▸ 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 ±0.3°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

❏ 140°C high heat sterilization
▸ On-demand 140°C high heat sterilization simplifies cleaning and eliminates the need for separate autoclaving and reassembly of components, increasing efficiency
▸ 140°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

Configuration List：

CO2 Incubator	1
HEPA Filter	1
Access Port Filter	1
Humidity Pan	1
Shelf	3
Power Cord	1
Product Manual, Test Report, etc.	1

Technical Details：

Cat.No.	C80SE
Control interface	5 inch LCD touch screen
Temperature control mode	PID control mode
Temperature control range	Ambient +5°C~60°C
Temperature display resolution	0.1°C
Temperature field uniformity	±0.3°C at 37°C
Max. power	500W
Timing function	0~999.9hours
Internal Dimensions	L440×W400×H500mm
Dimension	L560×W530×H825mm
Volume	85L
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	140°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 the 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	18~ 30°C
Power supply	115/230V±10%, 50/60Hz
Weight	78kg

*All products are tested in controlled environments in the manner of RADOBIO. We do not guarantee consistent results when tested under different conditions.

Shipping Information：

Cat.No.	Product Name	Shipping dimensions W×H×D (mm)	Shipping weight (kg)
C80SE	High Heat Sterilization CO2 Incubator	700×645×940	98

Customer Case：

♦ Supporting Cellular Research at Ruijin Hospital, Shanghai

At Ruijin Hospital, one of Shanghai's top medical institutions, the C80SE 140°C High Heat Sterilization CO2 Incubator plays a crucial role in advancing cellular and regenerative medicine research. The hospital’s research focuses on stem cell therapy, tissue engineering, and regenerative treatments for chronic diseases. The MC80SE offers precise temperature and CO2 concentration control, maintaining an environment that is ideal for cultivating sensitive cell cultures. The incubator’s excellent temperature uniformity, with a precision of ±0.3°C, ensures consistent growth conditions for the various stem cell lines used in therapeutic research. The compact 80L volume of the MC80SE optimizes space in the laboratory, making it an ideal solution for high-performance cell culture in a space-constrained environment. With its reliable sterilization capabilities, the incubator also provides a sterile environment to avoid contamination in critical research applications, enhancing the reproducibility of experiments and contributing to the development of groundbreaking treatments at Ruijin Hospital.

♦ Advancing Biopharmaceutical Research at a CRO in Shanghai

A leading Contract Research Organization (CRO) based in Shanghai utilizes the C80SE 140°C High Heat Sterilization CO2 Incubator to support their biopharmaceutical research and drug development processes. This CRO focuses on the preclinical stages of drug development, specializing in cell-based assays, drug screening, and biologic production. The MC80SE is particularly valuable for cultivating mammalian cell cultures and maintaining consistent growth conditions for complex biologic products. The incubator’s temperature stability of ±0.3°C ensures that researchers can conduct experiments with minimal variability, which is critical for accurate and reproducible results in drug development. Furthermore, the 80L compact design allows the CRO to maximize their laboratory space, providing efficient operation in a crowded research environment. The high heat sterilization feature ensures that the incubator remains contamination-free, providing researchers with peace of mind while working on sensitive biological projects. This collaboration has accelerated the development of promising new therapeutics at the CRO.

♦ Enabling Marine Biotechnology Research at a Laboratory in Guangzhou

At a marine biotechnology laboratory in Guangzhou, the C80SE 140°C High Heat Sterilization CO2 Incubator supports critical research into marine microbiomes and algae-based biofuels. The lab focuses on investigating the genetic and biochemical pathways of marine microorganisms, aiming to discover new strains for sustainable biotechnological applications. The MC80SE's precise temperature control and CO2 regulation provide an optimal environment for cultivating algae and marine bacteria, both of which are sensitive to environmental changes. With a temperature uniformity of ±0.3°C, the incubator ensures that the cultures remain stable, leading to consistent and reliable experimental results. The 80L volume helps save valuable lab space, enabling the researchers to maintain multiple incubators in their compact lab while maximizing the number of culture conditions they can test. The sterilization capability ensures that microbial cultures are free from contamination, ensuring the accuracy and validity of their research in marine biotechnology. This partnership has played a pivotal role in developing new, eco-friendly biofuels from marine resources.