Biobase BJPX-C80: a compact, accurate and high-performance CO₂ incubator for demanding laboratories
The Biobase BJPX-C80 CO₂ incubator is specially designed to meet the needs of laboratories involved in cell culture, biomedical research, virology and pharmacological testing. With a capacity of 80 litres, it offers an excellent compromise between compact size and useful volume, allowing easy integration on benches while ensuring sufficient space for multiple flasks or culture boxes.
This model stands out for its high-performance control system, which includes a digital microprocessor for precise regulation of temperature, CO₂ levels and humidity. The temperature is maintained by an air jacket heating system, ensuring thermal uniformity throughout the chamber and rapid recovery after opening the door. The non-dispersive infrared (NDIR) CO₂ sensor ensures stable and accurate measurement, insensitive to humidity variations, optimising culture conditions.
Hygiene and safety are at the heart of the Biobase BJPX-C80's design. It is equipped with a 90°C heat sterilisation system, effectively eliminating pathogens and the risk of cross-contamination. The chamber interior, made of stainless steel, is not only corrosion-resistant but also easy to clean. In addition, the water tray-based humidification system ensures high and stable humidity, which is essential for the culture of sensitive cells.
The incubator is also designed to minimise interference and maximise reliability. The user-friendly interface with digital display allows for clear control and reading of parameters. A safety alarm is integrated to signal any temperature or gas concentration anomalies, reinforcing continuous monitoring of cultures. In addition, a tempered glass inner door allows observation of samples without compromising internal conditions.
The Biobase BJPX-C80 is a strategic choice for researchers and laboratory technicians looking for a reliable, easy-to-use device that offers a high level of safety for cell cultures. Its compact design, advanced features and energy efficiency make it an ideal solution for academic, hospital or industrial laboratories.
