CondoCell: The Essential Ally for Controlled and Mobile Cell Culture
Cell culture requires extreme precision in environmental control. The CondoCell by Baker Ruskinn is an intelligent system designed to provide protection, portability, and a perfectly maintained microclimate around cell cultures. This device is ideal for biomedical research laboratories, hospitals, and clinical facilities where maintaining optimal culture conditions is critical.
The CondoCell consists of a tempered glass culture chamber, a control unit called the Atmosphere Circulation Unit (ACU), and an optional purge unit that allows for rapid oxygen level adjustment inside the chamber prior to incubation. Once connected to a reference environment—such as an incubator or a workstation—the CondoCell accurately replicates internal conditions including temperature, humidity, and gas composition, allowing cells to remain in an optimal state even during handling or transport outside the incubator.
This system offers a unique solution for atmospheric continuity. The ACU ensures stable circulation of air or gas, while the optional purge unit provides immediate adjustment of oxygen concentration—particularly valuable for strict protocols or oxygen-sensitive studies. Operation is simple and secure: integrated door sensors automatically activate the system after a configurable delay, preventing sudden disruption of internal parameters.
Daily use is made easy thanks to the device’s ergonomic design. The glass lid and base allow for direct microscope observation without the need to transfer samples. The intuitive latch mechanism ensures secure sealing, and the entire unit can be cleaned with standard lab-approved solutions such as ethanol, isopropanol, or Tristel products. The robust materials ensure excellent durability, while complying with current EMC, RoHS, and FCC standards in both Europe and North America.
With its intelligent design, the CondoCell meets the demands of today’s modern laboratories by ensuring the continuity of physiological conditions, while offering maximum flexibility and control.
