Box CO₂ incubators offering rapid temperature and gas recovery, ISO Class 5 cleanliness, ISOCIDE™ antimicrobial coating and an inner door kit to reduce contamination risk. The CelCulture® CO2 Incubator is designed to replicate the natural environment for developing embryos by maintaining low levels of oxygen

Fast temperature and gas recovery

• Fast temperature and gas recovery time using sophisticated firmware and optimally located precision sensors to monitor and control temperature, CO2 and O2 levels inside the chamber.
• Inner Door Kit helps the fast recovery of parameters reduces contamination risk, with each section having a dedicated door panel

Maximum protection against harmful contaminants
• 90°C moist heat decontamination cycle
• ULPA filter cleans the air so that chamber returns to ISO Class 5 cleanliness in 11 minutes upon door closing
• ISOCIDE™ antimicrobial coating
Different capacity models available
• Capacity models to suit different needs: 50 L model with 2 sections; 170 L model with 4 sections; 240 L model with 4 or 6 sections

Easy chamber calibration and validation

• Access ports provide easy calibration and validation of the chamber parameters
Certified embryo-safe
• 100% embryo survival on Mouse Embryo Assay (MEA) testing

The Esco MIRI® Benchtop Multi-room Incubator is designed to provide the best standard of care for your embryos or gametes during IVF.

No. of compartments
6 completely separate heating chambers

Heating method
Direct heat transfer via heated bottom, also with heated lid and heating optimization plate

Humidification
Dry incubation

Total capacity
Heating plates customized for several types of dishes,
e.g. Falcon® or Nunc®
24 x IVF 4-well dishes
24 x Petri dishes Ø 60 mm
48 x Petri dishes Ø 35 mm

Input gas
100% CO2, 100% N2 (premixed gas NOT required)

Fast recovery
– 1 minute temperature recovery
– 3 minutes gas recovery

HEPA/VOC filtered airstream
– YES

UV sterilized airstream
– YES, optional

Data logging
– YES, optional via supplied software.
Parameters of the machine that can be viewed:
• temperature of all monitored temperature and gas concentration points
• gas input pressures
• gas flow rates
• current gas readings

Alarms
– YES, audible+visible, for out-of-range parameters: temperature, gas concentration, and gas pressure (can be
connected to external monitoring systems)

Stackable
– YES

Certified!
– IEC/EN 60601-1 3rd edition
– EU MDD Class IIa Medical Device

Cleared!
– FDA 510(k)

The Mini MIRI® Humidity Incubator is a humidified mini bench top incubator that uses either premixed gases or pure gas (N2 and CO2) inserts that pass through a tri-gas mixing chamber to ensure precise gas concentrations before entering the incubator chambers. Afterward, this gas recirculates and goes again through the gas mixing chamber which helps in minimizing gas consumption.
The Mini MIRI® Humidity Incubator comes with a data logger software that monitors the temperature, gas concentration, gas input pressure, gas flow rates, and alarms. All real-time parameters can be viewed conveniently in graphs when the Mini MIRI® is connected to a PC and the data logger software can also monitor multiple incubators at the same time. Weekly reports can be exported for the users’ convenience.

The Mini MIRI® Dry incubator is a two-chamber mini bench top incubator that takes after the classic MIRI® Multiroom incubator. This mini version of the MIRI® is a perfect-fit for IVF laboratories that prioritize on footprint and affordability.

The Mini MIRI® Dry Incubator is a dry IVF bench top incubator that can recirculate gas inside the incubator and is compatible with a VOC/HEPA filtration system unlike other humidified IVF incubators. Gas inserts (whether pure N2 and CO2 or premixed gas) first go through the tri-gas mixing chamber to achieve the set CO2 and O2 gas concentrations by the user and then into the VOC/HEPA filter before entering the incubator chambers. After this, gas now enters a UV Sterilization (254nm) table before going back to the tri-gas mixing chamber and recirculates the gas. This system ensures that there is minimal gas consumption even with lid openings of the incubator chambers while maintaining the recirculating air clean and safe for the embryo samples.