Mastering Physiological Conditions with the MCO-170M-PE Incubator
The MCO-170M-PE from Panasonic is a multigas incubator specifically designed to meet the demands of cell research laboratories, ensuring accurate replication of the physiological conditions observed in human tissues. This model stands out for its ability to maintain a controlled environment, both in terms of temperature and gas composition, to optimize the long-term viability and stability of cell cultures.
With an internal capacity of 161 liters, the MCO-170M-PE allows for comfortable handling of multiple samples in parallel, while ensuring excellent uniformity of conditions. One of the key features of this device is its stabilized zirconium oxygen sensor—a robust and durable component that enables precise oxygen regulation across a wide range from 1% to 18%, with an extension up to 80%. This level of precision is essential for accurately mimicking hypoxic or physiological environments encountered in many cell types, particularly in stem cell research, tumor tissue studies, and sensitive clinical applications.
The MCO-170M-PE is also equipped with a dual infrared (Dual IR) CO₂ sensor, providing rapid return to the programmed concentration without overshoot, even after frequent door openings. This system is integrated with a high-performance PID control mechanism, ensuring quick transitions and optimal stability.
For temperature control, the incubator uses a direct heating system combined with an air jacket. This technology enables even temperature distribution throughout the chamber, delivering outstanding uniformity even under disturbance. Consistent thermal regulation prevents culture shock and enhances result reproducibility.
User comfort is enhanced by a full-color LCD touchscreen interface, which provides direct access to all essential functions—even when wearing gloves. Data export is simplified through a USB port, allowing for easy monitoring and archiving of critical parameters.
The internal environment has also been engineered to minimize contamination risks. The chamber is made of copper-enriched stainless steel, a material known for its antibacterial properties while maintaining high durability. Rounded corners, integrated shelf supports, and an intelligent Peltier-based condensation management system direct water toward the humidification tray, preventing unwanted droplet formation inside the chamber.
The MCO-170M-PE is certified as a Class IIa medical device under European regulations, confirming its compliance with the highest safety and performance standards. It is particularly well-suited for environments requiring rigorous control for the culture of cells, tissues, organs, or embryos.
