A cell culture incubator is designed to maintain a constant temperature and high humidity for the growth of tissue culture cells under a CO2 atmosphere. Typical temperature settings range from 4C to 50C, and CO2 concentrations run from 0.3 to 19.9%. Non-corrosive stainless steel interiors are standard, but some newer models feature antimicrobial copper surfaces to prevent contamination. Auto decontamination using heat or UV light is another new and attractive feature available in CO2 incubators.
Temperature in a CO2 incubator is typically controlled either by a water bath that circulates through the walls of the cabinet (
water jacketed CO2 incubator), or by electric coils that give off radiant heat. Some units also include refrigeration for cooling. Relative humidity is maintained between 95% and 98% by an atomizer system or water reservoir. Features of cell culture incubators such as programmable controls with password protection, temperature alarms, CO2 alarms, and door opening alarms enhance convenience and security for the user.
Find, compare, and request a quote for CO2 incubators and cell culture incubators across leading suppliers at Labcompare; including access to product citations, related published figures, and first-hand reviews from our scientific community.
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| Company | NuAire | NuAire | NuAire | NuAire | NuAire |
| Item | In-VitroCell ES Zirconia Oxygen Control CO2 Incubators | In-VitroCell ES Humidity Control CO2 Incubators | In-VitroCell ES NU-5700 Series Direct Heat CO2 Incubators | In-VitroCell ES NU-8600 Water Jacketed CO2 Incubator | In-VitroCell ES NU-8631 Hypoxic Water Jacketed CO2 Incubator with O2 Control |
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| Reviews | | | | | |
| Catalog Number | NU-5831 | NU-5820 | NU-5700 Family | NU-8600 | NU-8631 |
| Price | | | | | |
| Temperature Range | 5°C to 55°C | 5°C to 55°C | 5°C above ambient (to a 30°C max ambient) to 55°C | 5°C to 55°C | 5°C above ambient (to a 30°C max ambient) to 55°C |
| Volume | 7 ft³ or 200 L | 7 ft³ or 200 L | 160 L (5.7 ft3) | 160 L (5.7 cu. ft.) | 160 L (5.7 cu. ft.) |
| Interior Dimensions | (W×D×H) 21 x 20 x 28 ½ in (540 x 509 x 724 mm) | (W×D×H) 21 x 20 x 28 ½ in (540 x 509 x 724 mm) | Inquire | Inquire | Inquire |
| Exterior Dimensions | (W×D×H) 26½ x 27 x 40 in (673 x 691 x 1008 mm) | (W×D×H) 26½ x 27 x 40 in (673 x 691 x 1008 mm) | Inquire | Inquire | Inquire |
| CO2 Measurement | Dual Wave IR | Dual Wave IR | Dual Wave IR | Dual Wave IR | Dual Wave IR |
| CO2 Range | 0.1 to 20% (0.0 Set Point Idles System) | 0.1 to 20% (0.0 Set Point Idles System) | 0.1 to 20%, 5% default set point | 0.1 to 20%, 5% default set point | 0.1 to 20%, 5% default set point |
| Description | The NuAire NU-5831 In-VitroCell ES (Energy Saver) Direct Heat Hypoxic CO2 Incubator is designed to provide a reliable, controlled in-vitro environment suitable for growing tissue cell cultures as well as storing and preserving embryos, gametes and animal tissue cell cultures. This unit features a The NuAire NU-5831 In-VitroCell ES (Energy Saver) Direct Heat Hypoxic CO2 Incubator is designed to provide a reliable, controlled in-vitro environment suitable for growing tissue cell cultures as well as storing and preserving embryos, gametes and animal tissue cell cultures. This unit features a dual sterilizing system with a 95°C humidified decontamination cycle and a 145°C dry sterilizing cycle, a microprocessor-based dual wave infrared (IR) sensor for controlling the CO2 levels and a Zirconia ceramic O2 fuel cell sensor to keep oxygen levels between 0.5% and 21%. We offer a number of optional features including CuVerro® antimicrobial copper surfacing for killing bacteria within the chamber.
Features - NuTouch Electronic Control System
- 100% Stainless Steel Coved Interior Chamber
- Dual Temperature Sensor Probes
- Infrared (IR) CO2 Sensor
- Dual Sterilziation Cycles (NU-5810, 5820, 5830, 5840)
- Humidity Control System (NU-5820, 5840)
- O2 Control System (NU-5830, 5840)
- Four (4) Stainless Steel Shelves
- Eight (8) Stainless Steel Shelf Guides
- Four (4) Wall Brackets
- Field Reversible Outter Door
- Remote Alarm Output Contacts
- 4 to 20 mA Analog Output RS-485 Communication USB Port
- CO2 Sample Port
- Adjustable Leg Levelers
- Access Port and Plug with Breather Holes
- One (1) Water Pan
- One (1) 6.5 ft. / 2 m Electrical Cord
... Read More | The NuAire NU-5820 In-VitroCell ES (Energy Saver) Direct Heat CO2 Incubator is designed to provide a reliable, controlled in-vitro environment suitable for growing tissue cell cultures as well as storing and preserving embryos, gametes and animal tissue cell cultures. This unit features a dual The NuAire NU-5820 In-VitroCell ES (Energy Saver) Direct Heat CO2 Incubator is designed to provide a reliable, controlled in-vitro environment suitable for growing tissue cell cultures as well as storing and preserving embryos, gametes and animal tissue cell cultures. This unit features a dual sterilizing system with a 95°C humidified decontamination cycle and a 145°C dry sterilizing cycle, a microprocessor-based dual wave infrared (IR) sensor for controlling the CO2 levels and a relative humidity (RH) control for those cells that prone to desiccation. We offer a number of optional features including CuVerro® antimicrobial copper surfacing for killing bacteria within the chamber.
Features - NuTouch Electronic Control System
- 100% Stainless Steel Coved Interior Chamber
- Dual Temperature Sensor Probes
- Infrared (IR) CO2 Sensor
- Dual Sterilziation Cycles (NU-5810, 5820, 5830, 5840)
- Humidity Control System (NU-5820, 5840)
- O2 Control System (NU-5830, 5840)
- Four (4) Stainless Steel Shelves
- Eight (8) Stainless Steel Shelf Guides
- Four (4) Wall Brackets
- Field Reversible Outter Door
- Remote Alarm Output Contacts
- 4 to 20 mA Analog Output RS-485 Communication USB Port
- CO2 Sample Port
- Adjustable Leg Levelers
- Access Port and Plug with Breather Holes
- One (1) Water Pan
- One (1) 6.5 ft. / 2 m Electrical Cord
... Read More | In-VitroCell CO2 Incubator model NU-5700 provides optimum cell growth conditions by precisely controlling carbon dioxide gas and temperature through the NuTouch electronic touchscreen control system.
In-VitroCell CO2 Incubator model NU-5710 creates the perfect tissue culture environment by monitoringIn-VitroCell CO2 Incubator model NU-5700 provides optimum cell growth conditions by precisely controlling carbon dioxide gas and temperature through the NuTouch electronic touchscreen control system.
In-VitroCell CO2 Incubator model NU-5710 creates the perfect tissue culture environment by monitoring and control carbon dioxide gas through the use of an IR (infrared sensor). Temperature is monitored through dual temperature probed that are relayed back to the NuTouch Electonic Touchscreen Control System to make automatic adjustments. Dual sterilization cycles (95° humidified or 145° dry) provide the perfect means to help eradicate contamination when switching cells lines.
In-VitroCell CO2 Incubator model NU-5720 provides precise humidity control for sensitive cell lines through the use of a reservoir and sensor. Carbon dioxide gas is measured using an IR (infrared) sensor that only absorbs CO2 gas. Temperature is monitored using dual temperature sensor probes. The NuTouch Electronic Touchscreen Control System automatically makes adjustments to the growth chamber maintaining ideal growth conditions. Double sterilization cycles (95° humidified or 145° dry) offer additional means to control contamination when switching cell lines.
In-VitroCell CO2 Incubator model NU-5731 creates clean air hypoxic conditions for age-related studies by suppressing oxygen through the injection of Nitrogen. Oxygen levels are monitored using a sensor accurate within ±0.25% achieving hypoxic levels down to 0.5%. The NuTouch Electronic Touchscreen control system monitors and controls CO2 gas levels through the use of an IR (infrared) sensor that only absorbs carbon dioxide gas and temperature levels through dual temperature sensor probes. Dual sterilization cycles (95° humidified or 145° dry) help establish a contamination free environment by eradicating harmful particulates.
In-VitroCell CO2 Incubator model NU-5741 creates clean air hypoxic conditions by controlling Oxygen levels in the growth chamber through the injection of Nitrogen gas. Humidity is controlled by a sensor injecting water vapor from a reservoir. Carbon Dioxide gas is controlled using an IR (Infrared) sensor. Temperature is monitored using dual temperature sensor probes. The NuTouch electronic control system maintains the perfect growth environment by automatically adjusting inefficiencies to meet set point. Dual sterilization cycles (95° humidified or 145° dry) are the perfect means to assist in the fight against contamination running a cycle overnight after removing cell lines.... Read More | In-VitroCell CO2 model NU-8600 uses a jacket of water that surrounds the growth chamber to maintain setpoint temperature consistently. Carbon dioxide gas is monitored through an IR (infrared) sensor. Temperature is monitored through the use of two temperature probes. The NuTouch electronic In-VitroCell CO2 model NU-8600 uses a jacket of water that surrounds the growth chamber to maintain setpoint temperature consistently. Carbon dioxide gas is monitored through an IR (infrared) sensor. Temperature is monitored through the use of two temperature probes. The NuTouch electronic touchscreen control system automatically makes adjustments to the growth chamber to achieve optimal growth conditions.... Read More | In-VitroCell CO2 model NU-8631 creates optimal hypoxic growth conditions by controlling oxygen levels through a sensor and automatically injecting Nitrogen gas to meet setpoint. Chamber temperature is established through the use of a water jacket to create uniform temperature throughout the chamber.In-VitroCell CO2 model NU-8631 creates optimal hypoxic growth conditions by controlling oxygen levels through a sensor and automatically injecting Nitrogen gas to meet setpoint. Chamber temperature is established through the use of a water jacket to create uniform temperature throughout the chamber. The NuTouch Electronic Touchscreen Control System controls chamber conditions by automatically making adjustments to meet setpoints.... Read More |
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