Must-have features to consider:
- Fast CO₂, temperature, and humidity recovery without overshoot
- Best uniformity and control among competition
- VentiFlow™ forced convection accelerates recovery of chamber air to ISO Class 5 Cleanliness after door closing to prevent contamination.
- Filtered air circulates across the humidity pan to accelerate the humidifying process.
- Air flows gently around culture plates, causing no disturbance to cell culture.
- Blower automatically stops when the door is opened, to minimize mixing of chamber and room air.
- Comprehensive user-configurable alarms for all the parameters.
- CelAlert™ alarm system reminds the user to replace CO₂ tank and ULPA filter.
- Intelligent data and event logger records all incubator parameters for on-screen recall.
- 2 MB built-in flash memory guarantees long term storage of data.
- Diagnostic interface and online quick help provide comprehensive solutions to frequently encountered problems.
- Ductwork, plenums, and shelves are removable without tools.
CO₂ incubator with90°C MOIST HEAT DECONTAMINATIONcycle has been proven in deactivating normally resistant fungi, bacterial spores and vegetative cells by the Health Protection Agency (HPA) in UK.Chamber is cool and dry at the end of full 15-hr decontamination cycle.No further wipe down is needed.
180°C HIGH HEAT STERILIZATIONconforms to the International Standards for dry heat sterilization and proven to effectively deactivate normally-resistant fungi, bacterial spore and vegetative cells.Nontoxic and noncorrosive sterilization that completes within 12 hours leaving the chamber cool and dry at the end of the cycle.
CLM-_B-_
CelMate®CO₂ Incubator- CO₂ Control
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 50 L, 170 L, and 240 L
CCL-_T-_-Cu-UV
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, Copper Chamber, UV Lamp
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- Copper Chamber
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- UV Lamp
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_B-_-HITEMP
CelCulture®CO₂ Incubator- with High Temperature CO₂ Sensor
Specifications:
- High-Temparature Infrared (IR) CO₂ Sensor
- FDA-listed, Class II, 510k exempt medical device
- Better uniformity and heating system
- Ventiflow™ Forced Convection
- SteriSafe™ ULPA Filtration System
- HPA Validated 90°C Moist Heat Decontamination
- ISOCIDE™ Antimicrobial Powder Coating
- Gas Inlet Filter
CCL-_T-_-NF-HHS
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, No ULPA Filter, High Heat Sterilization
Specifications:
- Direct heat and air jacket
- Heat-resistant Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- 180 ˚C High-heat sterilization
- Available volume: 170 L and 240 L
CCL-_B-_-NF-HHS
CelCulture®CO₂ Incubator -CO₂ Control, No ULPA Filter, High Heat Sterilization
Specifications:
- Direct heat and air jacket
- Heat-resistant Infrared (IR) CO₂ Sensor
- 180 ˚C High-heat sterilization
- Available volume: 170 L and 240 L
CCL-_T-_-HHS
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, High Heat Sterilization
Specifications:
- Direct heat and air jacket
- Heat-resistant Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- ULPA Filter
- Ventiflow™ Forced Convection
- 180 ˚C High-heat sterilization
- Available volume: 170 L and 240 L
CCL-_B-_-HHS
CelCulture®CO₂ Incubator - CO₂ Control, High Heat Sterilization
Specifications:
- Direct heat and air jacket
- Heat-resistant Infrared (IR) CO₂ Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- 180 ˚C High-heat sterilization
- Available volume: 170 L and 240 L
CCL-_T-_-UV-SS
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, UV Lamp, Stainless Steel Exterior
Specifications:
- Corrosion-resistant stainless steel exterior surface
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- UV Lamp
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_T-_-SS
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, Stainless Steel Exterior
Specifications:
- Corrosion-resistant stainless steel exterior surface
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 50 L, 170 L, and 240 L
CCL-_B-_-UV-SS
CelCulture®CO₂ Incubator - CO₂ Control, UV Lamp, Stainless Steel Exterior
Specifications:
- Corrosion-resistant stainless steel exterior surface
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- UV Lamp
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_B-_-SS
CelCulture®CO₂ Incubator - CO₂ Control, Stainless Steel Exterior
Specifications:
- Corrosion-resistant stainless steel exterior surface
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 50 L, 170 L and 240 L
CCL-_T-_-P-UV
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, Peltier System, UV Lamp
Specifications:
- Peltier heating/cooling technology
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- UV Lamp
- Available volume: 170 L and 240 L
CCL-_B-_-P-UV
CelCulture®CO₂ Incubator - CO₂ Control, Peltier System, UV Lamp
Specifications:
- Peltier heating/cooling technology
- Infrared (IR) CO₂ Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- UV Lamp
- Available volume: 170 L and 240 L
CCL-_T-_-P
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, Peltier System
Specifications:
- Peltier heating/cooling technology
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- Available volume: 170 L and 240 L
CCL-_B-_-P
CelCulture®CO₂ Incubator - CO₂ Control, Peltier System
Specifications:
- Peltier heating/cooling technology
- Infrared (IR) CO₂ Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- Available volume: 170 L and 240 L
CCL-_B-_-Cu-UV
CelCulture®CO₂ Incubator - CO₂ Control, Copper Chamber, UV Lamp
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Copper Chamber
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- UV Lamp
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CLM-_B-_-UV
CelMate®CO₂ Incubator- CO₂ Control, UV Lamp
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO2Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90°C moist heat decontamination cycle
- UV Lamp
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_T-_-Cu
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, Copper Chamber
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- Copper Chamber
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 50 L, 170 L, and 240 L
CCL-_B-_-Cu
CelCulture®CO₂ Incubator - CO₂ Control, Copper Chamber
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Copper Chamber
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 50 L, 170 L, and 240 L
CCL-_T-_-UV-FD
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, UV Lamp, Flat Door
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- ULPA Filter
- Ventiflow™ Forced Convection
- Flat Door
- Validated 90˚C moist heat decontamination cycle
- UV Lamp
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_T-_-NF-FD
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, No ULPA Filter, Flat Door
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- Flat Door
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_T-_-FD
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, Flat Door
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- ULPA Filter
- Ventiflow™ Forced Convection
- Flat Door
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 50 L, 170 L, and 240 L
CCL-_B-_-UV-FD
CelCulture®CO₂ Incubator - CO₂ Contro, UV lamp, Flat Door
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- Flat Door
- Validated 90˚C moist heat decontamination cycle
- UV Lamp
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_B-_-NF-FD
CelCulture®CO₂ Incubator - CO₂ Control, No ULPA Filter, Flat Door
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Flat Door
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_B-_-FD
CelCulture®CO₂ Incubator - CO₂ Control, Flat Door
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- Flat Door
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 50 L, 170 L, and 240 L
CCL-_T-_-UV
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, UV lamp
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- UV Lamp
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_B-_-UV
CelCulture®CO₂ Incubator - CO₂ Control, UV lamp
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- UV Lamp
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_T-_-NF
CelCulture®CO₂ Incubator - CO₂ & O₂ Control, No ULPA Filter
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_T-_
CelCulture®CO₂ Incubator - CO₂ & O₂ Control
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Suppressed Oxygen Control
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 50 L, 170 L, and 240 L
CCL-_B-_-NF
CelCulture®CO₂ Incubator - CO₂ Control, No ULPA Filter
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 170 L and 240 L
CCL-_B-_
CelCulture®CO₂ Incubator- CO₂ Control
Specifications:
- Direct heat and air jacket
- Infrared (IR) CO₂ Sensor
- ULPA Filter
- Ventiflow™ Forced Convection
- Validated 90˚C moist heat decontamination cycle
- FDA-listed, Class II, 510k exempt medical device
- Available volume: 50 L, 170 L, and 240 L
CCL-_T-_-HITEMP
CelCulture®CO₂ Incubator- with High Temperature CO₂ Sensor
Specifications:
- High-Temparature Infrared (IR) CO₂ Sensor
- FDA-listed, Class II, 510k exempt medical device
- Better uniformity and heating system
- Ventiflow™ Forced Convection
- SteriSafe™ ULPA Filtration System
- HPA Validated 90°C Moist Heat Decontamination
- ISOCIDE™ Antimicrobial Powder Coating
- Gas Inlet Filter
The applications of CO₂ Incubator are tissue engineering, In vitro fertilization, neuroscience, cancer research, and mammalian cell research.
The contamination control features of Esco CO₂ Incubator includes 90°C moist heat decontamination/ 180°C high heat sterilization, ULPA filter, gas inlet filter, Isocide™ antimicrobial powder coating, UV lamp (for units with UV lamp), and copper interior chamber (for units with copper chamber only).
The physical parameters needed for the optimum growth and development of cells in a CO₂ incubator are temperature, humidity, and CO₂ and O₂ levels.
Yes, the shelves for Esco CO₂ incubators are removable and autoclavable up to 121°C
The common CO₂ incubator parts that need to be replaced annually are ULPA filter, inlet filter, magnetic gasket (if broken), and UV lamp (if applicable)
Yes, 90°C moist heat decontamination cycle is capable of reducing Mycoplasma by about log 5.
The recommended disinfectants to be used for cleaning stainless steel surfaces of the CO₂ incubator are 70% Isoprophy alcohol, chloride-free detergent, mild sodium hydroxide solution at room temperature, alkaline solutions containing soda, ammonia, or ammonia hydroxide.
It is recommended to do preventive maintenace in a CO₂ incubator every after 6 months.
The installed sensors in Esco CO₂ Incubator are CO₂ sensor, O₂ sensor, temperature sensor, and humiidty display sensor (optional).
2-stage gas pressure regulator prevents over-pressurization of the gas supply into the CO₂ incubator which could cause the tubing to burst.
The temperature range of Esco CO₂ Incubator is ambient +5°C to 60°C.
A CO₂ incubator is a device designed to copy the cells' natural environment by controlling physical parameters such as the temperature, humidity, CO₂ and O₂ levels for the optimum growth and development of cells.