CelCulture® CO2 Incubators

• Contamination control with long life ULPA filters and 90°C moist heat decontamination cycle
• Direct heat and air jacket design with gentle yet effective forced convection
• Intuitive interfaces and intelligent data and event logger
• Preventative maintenance kit includes filter and inline filter for direct mounting type 

The CelCulture® CO2 Incubator is designed and manufactured using the accumulated expertise and knowledge that Esco has developed with over 35 years of world class equipment for laboratory usage. Designed with sample safety, energy efficiency and user-friendliness in mind, the system achieves precise parameter controls, highly effective contamination control and intuitive user interfaces, all supported by Esco's solution-based sales and service representatives worldwide.

Main Attributes

• CelSafe™ Contamination Control System provides unparalleled protection to your precious samples
• SteriSafe™ ULPA filtration enables the chamber air to be maintained at ISO class 5 conditions
• All input gases are filtered by in-line filters before they enter the chamber to remove impurities and contaminants
• The incubator's main body is made from electro-galvanized steel with Esco's unique ISOCIDE™ antimicrobial coating
• SwiftCon™ moist heat 90°C decontamination cycle operates overnight to eradicate contamination in the unlikely event it occurs. At the end of the cycle, the chamber is dry and ready to use
• CelAlert™ Alarm System reminds users of important tasks needed to protect their culture
• CO2 tank depletion reminder in addition to CO2 tank-low alarm
• ULPA-reminder will alert user to replace ULPA filter

VivoCell™ Precise Temperature, CO2 Control and High Humidity

• Best uniformity and control among available CO2 Incubators
• Fast CO2, temperature, and humidity recovery without overshoot
• Direct heat design for rapid recovery, with 8 heaters grouped into 3 zones
• Air jacket provides isolation against ambient temperature fluctuations
• Filtered air circulates across water pan, accelerating humidifying process and flows gently around culture plates, causing no disturbance to cell culture
• Blower automatically stops when door is opened to minimize mixing of chamber and room air. VentiFlow™ forced convection. accelerates recovery of chamber air to ISO Class 5 Cleanliness after door closing to prevent contamination

Easy-to-Clean

• Chamber is made of stainless steel with rounded corners, enabling efficient and rapid cleaning
• Ductwork, plenums, and shelves are removable without tools for faster and easier operator maintenance
• Glass door and inner gasket are removable without tools

CO2 Incubator

AEOLUS™ Compact CO2 Incubator Shaker

AEOLUS™ CO2/Non-CO2 Compact Incubator Shaker -3mm

•  7” high-res color touch screen with intuitive graphic interface
• Innovative chamber design features smooth rounded internal corners for easy cleaning
• Infra-Red (IR) CO2 sensor for precise and reliable CO2 detection
• Optional WiFi and RS485 control
• UV lights for easy sterilization
• Audible and visual alarms
• Mirror finish, pharmaceutical grade stainless steel chamber
• Stackable design up to 3 units
• Also available in 25mm and 50mm orbit models
• Able to Stack with 25 and 50mm Orbit Models

AEOLUS™ Stackable 302L CO2 Incubator Shaker

Shel Lab SMI6 Microbiological Incubators

Advanced microbiological incubation.

The SMI6 Shel Lab Microbiological Incubator offers 5.9 cubic feet (166 L) of capacity, making it ideal for general cell culture and constant temperature applications.
 

Touch Screen Interface

The 7-inch capacitive touch screen delivers advanced control and usability, even with gloves.

• Improved real-time clock accuracy
• Modern black color theme
• Easy access to setpoints, alarms, and data export
• On-screen graphing and real-time data for enhanced sample security

Main Attributes

• Door alarm for safety
• Stainless steel interior with viewing door
• Interior outlet for convenience
• 4-20 mA output for chart recorders or facility monitoring
• 24-month limited warranty (extended warranties available in the U.S.) 

With cutting-edge technology and robust design, the SMI6 Digital Incubator ensures precision, reliability, and traceability for microbiological applications.
 

SCO2W CO
2 Incubator, Water Jacket, 1.5 Cu Ft, IR, HEPA, 115 V

Model SCO2W water jacketed CO
2 incubator and is an ideal benchtop unit for cell culture applications. It provides a precisely controlled, accurate, pure environment throughout the culturing process. Shel Lab CO
2 incubators are designed to provide the uniform temperatures and highly stable CO
2 environments that are necessary to prevent shocks to cells. Need more space? This unit is also available in 5 cu.ft /143 L (Model SCO5W).

Standard Design Features:

• Infrared (IR) CO
  2_Sensor is extremely quick to recover CO
  2 levels after door openings and ensures superior pH stability
• Unique water jacket design provides excellent temperature uniformity of +/-0.2°C at 37°C
• Humidity levels maintained through evaporation of up to 95%
• Data logging capabilities
• Designed to minimize contamination; includes:
• Patented copper-caged HEPA filter
• Heated door to ensure superior temperature uniformity and also reduce the potential for condensation to form on the inner glass door
• Durable stainless steel chamber with coved corners for easy cleaning
• Exclusive heated copper CO
  2 inlet not only promotes temperature uniformity but also prevents moisture from being introduced into the chamber
• Copper shelving option
• Autoclavable shelving system
• Industry best warranty- 5 years parts and labor in the USA, 7 years on the IR sensor

• Six-side direct heating for excellent uniformity and recovery
• Integral, MAGic Clamp™ orbital shaker, ideal for suspension cell culture
• Dual Beam IR sensor, for precise CO₂ control
• Stackable design with a belt-less motor that limits vibration and provides a smooth, consistent shaking motion
• Stainless steel chamber with rounded corners for easy cleaning

Ideal for the culturing of non-adherent cells, the Incu-Shaker™ CO₂ Mini combines a precision CO₂ incubation chamber with an integral orbital shaker, providing the optimum conditions for suspension cell culture.

With our unique and proprietary heat distribution technology, the incubator provides the highest levels of temperature accuracy with minimal fluctuation (within 0.1°C). The six-side heating system in combination with a low-speed internal fan uniformly spreads air throughout the stainless steel chamber (without air exchange from the external environment). For applications requiring solely gravity convection, this internal fan can be disabled, significantly reducing the concern of sample-to-sample contamination.

Specifications
 

Temperature Range:	Ambient +5 to 60°C
Temperature Accuracy:	±0.5°C*
Temperature Uniformity:	±0.5°C*
Temperature Increment:	0.1°C
Temperature Stability:	0.1°C*
Speed Range:	30 to 300 rpm
Speed Increment:	1 rpm
Mixing Orbit:	19 mm (3/4 In.)
CO2 Range:.	0 to 20%
CO2 Increment:	0.10%
CO2 Accuracy:	±0.1%
CO2 Sensor:	Dual Beam IR
Time Range:	1 min. to 48 hours (or continuous)
Platform Dimensions:	9.5 x 11.5 in. (23.5 x 29 cm)
Chamber Dimensions:	13.2 x 10.25 x 15.4 In. (33.5 x 26 x 39.2 cm)
Chamber Volume:	46 L
Chamber Material:	Stainless Steel
Exterior Dimensions:	16.5 x 18.3 x 21.8 in. (42 x 46.5 x 55.3 cm)
Weight:	90 lbs | 40.1 kg
Electrical:	120V or 230V, 50-60Hz (350W)

 

* At a set temperature of 37°C

 

MAXIMUM CAPACITY CHART:
50 mL	125 mL	250 mL	500 mL	1000 mL	Micro	15 mL	50 mL
Flasks	Flasks	Flasks	Flasks	Flasks	Plates	Tubes	Tubes
20	12	8	5	4	4	64	30

 

Model CB-S 170 CO2 Incubators with Hot Air Sterilization

High-performance CO2 incubator for reliable cell culture growth.

The CB-S 170 CO2 Incubator is a robust and cost-effective solution designed for routine cell cultivation in research labs, universities, and cell production environments. Engineered for maximum protection against contamination and stable culture conditions, this incubator delivers precision and reliability where it matters most.

Featuring a contamination-proof 180°C hot air sterilization cycle, the CB-S 170 ensures sterile conditions without the need for chemical disinfectants or additional consumables. With real-time infrared CO2 measurement, it guarantees stable pH levels and consistent environmental control, making it ideal for sensitive cell culture applications.

Main Attributes

• Hot air sterilization at 180°C eliminates contamination risks effectively
• Consistent CO2, temperature, and humidity control ensures optimal growth conditions
• Simple cleaning, intuitive LCD display, and internal data logging for seamless operation
• Low-maintenance design with no need for consumables, reducing long-term costs
• Temperature Range: +6°C above ambient to +50°C
• Humidity Range: 90–95% RH
• CO2 Control Range: 0–20 vol.%
• Drift-free infrared CO2 sensor
• Gas Mixing Jet: Venturi effect ensures even CO2 distribution
• LCD shows CO2, temperature, alarms, and more
• Internal memory with USB data export in open format
• Seamless stainless-steel chamber with perforated stainless steel shelves
• Inner safety glass door, tightly sealed for minimal heat loss
• Interfaces: Ethernet, USB, and zero-voltage alarm contact
• Compatible with CB and CBF incubator models using stacking adapters

Haier CO2 Incubator

• 115V / 60Hz Sterilization
• Uniform and Stable Temperature
• Precise CO2 Concentration
• 180ºC Dry-heat Serialization
• Fast Environment Recovery      

Haier Biomedical IoT enabled CO2 incubator with 180°C dry heat sterilization provides a safe and secure reproducible growth environment for cell cultures.

Product Features

Precise CO2 Concentration Using New IR Sensor Control Technology

Haier Biomedical's new IR Sensor technology uses DIR measurement principles and withstands high temperatures of 190ºC. The silicon MEMS transmitter can carry out more than 300 dry heat sterilization cycles to extend the service life to 15 years. Built-in temperature and humidity compensation technology reduces the impact of changes of humidity and temperature without the need for calibration after the high-temperature sterilization. The five-point calibration yields a higher measuring accuracy and sensitivity with less drift.

Fast Environment Recovery for Optimal Cell Growth

Adopting active airflow control technology, and based on the fuzzy PID control principle, the parameters can be restored without overshoot. After opening the door for 30 seconds, the temperature and CO2 concentration can be quickly restored within 4 minutes. Even if multiple users share a CO2 incubator and frequently open and close the door, the stability and uniformity of the incubator can be ensured.

180ºC Dry-Heat Sterilization Technology Minimizes Contamination

Easy and effective sterilization of microorganisms including bacteria, fungi, and micro plasma with strong resistance, at 180°C high temperatures without the need for consumables. Simply press the “sterilization key” to activate and complete the sterilization process automatically in just 12 hours. Delivers sterility level within the chamber of all surfaces to meet WS/T367-2012 standards. All components are sterilized during the process, there is no need to dissemble internal components (including CO2 sensors) and decontaminate separately, thus avoiding secondary pollution.

Anti-Condensation Heating System to Reduce Pollution Risk

The door on the CO2 incubator radiates heat to the inner glass door, effectively preventing the glass door from forming condensation. The possibility of microbial contamination caused by the condensate water is eliminated.

Intelligent Control of Circulating Air Maintains Uniformity

Automatically adjusts the circulation of the airflow, optimizing the airflow to avoid air volatilization of samples and ensuring proper uniformity throughout the chamber.

Comprehensive Safety Alarm System

The system ensures the safety of experiments and processes by utilizing an independent temperature alarm system, including a sound light and remote reminder. Other alarms include CO2 concentration, door ajar, and water shortage.

SHEL LAB Drosophila Incubator

SHEL LAB Drosophila units utilize day/night controls along with LED lighting to provide an excellent environment for drosophila culture.

The cabinets are designed with a mechanical convection system to ensure a gentle and even air distribution. A programmable day/night temperature limit control ensures a proper and safe environment.

The energy-saving thermoelectric cooling system provides improved temperature uniformity and up to 78% less power than traditional compressor-based models.

These units are covered under a two-year warranty and are certified to current global safety standards.

• Precise Temperature Control - Superior Uniformity
• Independent Over Temperature Thermostat
• Door Ajar Alarm
• Temperature Range 15°C to 40°C