Carbon Dioxide (CO2) Cell Culture Incubators | Baker Ruskinn

In all scientific research applications, each cell type will benefit from keeping proper physiological cell growth conditions. Cell culture incubators attempt to mimic physiological conditions, but atmospheric conditions within the laboratory and the environmental parameters incubators attempt to control vary widely, and are lost with each door opening taking a long time get back to your ideal parameters. This will impact the integrity of your work.

There are several factors an incubator should control in order to help you achieve optimal cell growth conditions. Precision in temperature, gas and humidity as well as the rapid recovery of those conditions after door openings are crucial for ensuring cells are exposed to a constant environment required for their well-being. 

ReCO2ver™ provides users with precise, rapid control, as well as industry-leading stability, uniformity and recovery rates. Even with a full load, cell cultures grow consistently from shelf to shelf, for dependably high-quality, robust cells on every plate.

Our unique PID control algorithm, InteliCELL™, combined with highly precise sensor technology, allows ReCO2ver™ to actively and quickly control humidity and prevent condensation from forming, even at higher levels of RH (>90%).  

Due to tightly controlled humidity modes and the quick recovery of cell culture conditions, ReCO2ver™ incubators have been proven to virtually eliminate “Edge Effect” within 96 and 384 well plates. In addition to protecting sensitive cell cultures, this technology will save time and money for most laboratories while increasing their productivity!  

Featuring one of the largest usable workspace among incubators this size,

ReCO2ver™ delivers uniform and stable downflow air throughout the entire chamber. This eliminates your need to find the ‘sweet spot’ of the incubator, where conditions are believed to be most favorable for cell growth. Cell cultures grow consistently throughout the entire chamber – even next to the door.  

ReCO2ver™  takes less than 2 minutes to provide better-than-ISO Class 4 (Class 10) air – the fastest filtering rate of any incubator model. Vertical, downward airflow delivers better-than ISO Class 4 (Class 10) air to the chamber, keeping cultures safe from contaminants by sweeping them away and trapping them in the full-face HEPA filter.

This uniform downflow also helps reduce variations in temperature throughout the chamber, without drying out sensitive cultures.

H2O2 total biodecontamination in addition to UV light, kills even resistant contaminating microbes in approximately four hours (vs. up to 12 hours for other decontamination methods). H2O2 Bio Decon Method (Plus) Enhances productivity (<4hrs) and provides an effective kill rate (6 log reduction).