Our CO2 incubators feature a unique patented box cold break structure. The inner chamber and the incubator body are separated, and when the incubator door is closed, it makes contact with the sealing gasket but does not directly touch the inner chamber. This design reduces the rate of heat transfer, allowing for a cold break. The use of electrically insulating materials for the limit block and L-shaped limit block further minimizes heat transfer, resulting in energy savings. This innovative design helps maintain temperature stability and reduces energy consumption, providing a more efficient and cost-effective solution for your research needs.

Our CO2 incubators feature a patented built-in door and window technology with double-layer tempered glass windows. This unique and aesthetically pleasing design not only enhances the incubator's insulation performance and reduces temperature fluctuations but also minimizes condensation overflow when the door is opened. Even when you open the observation window, the interior chamber remains in a sealed state, eliminating the need to stop operations. This feature prevents temperature and CO2 concentration fluctuations and external contamination, ensuring a stable and controlled environment for your experiments.

The internal structure of the chamber is characterized by a simplified design, consisting of just four components: stainless steel shelves, suspended backplate, HEPA filter, and a top airflow guide structure. These components can be easily and quickly disassembled without the need for tools, and there's no requirement to disassemble any electrical components. This streamlined design simplifies maintenance and ensures efficient and hassle-free operation.

During one-button high-temperature sterilization, the external heat insulation protection device for the CO2 sensor can be activated without needing to disassemble the sensor. This approach serves a dual purpose: it protects the CO2 sensor from high temperatures during sterilization and prevents secondary contamination during sensor reinstallation after sterilization. This innovative feature ensures the safety and integrity of the CO2 sensor and the reliability of your experiments.

Our CO2 incubators feature a patented circulating airflow design. In this system, air is drawn in from the top of the front end of the internal chamber, passing through a HEPA filter, and guided by the descending airflow structure. It is then propelled by an upstream fan to the rear airflow duct and evenly distributed through the perforated rear panel. This circulation structure ensures uniform temperature, humidity, and CO2 concentration across all corners of the incubator. Additionally, it continuously filters and purifies the air within the chamber, creating a controlled and clean environment for your experiments.

Our CO2 incubators are equipped with an intelligent PID control system for precise temperature and CO2 concentration control. This system offers high accuracy and is complemented by an intuitive touchscreen human-machine interface for easy and user-friendly operation. Additionally, an integrated independent temperature protection control circuit is built in, and high-temperature sterilization is employed for added safety and control during operation. This intelligent and precise control system ensures the reliability and stability of your experiments.