Midea CO2 Incubator

Midea Biomedical Smart Series CO2 Incubator with 140°C/180°C dry heat sterilization and low-voltage adaptability ensures a stable, contamination-free culture environment for precision cell research.
 
Product Features
Unmatched Temperature Accuracy and Repeatability
EThe 6-side heating based on the fuzzy PID control algorithm employs high-performance elements on every interior surface. This design ensures exceptional thermal uniformity, achieving a stable and consistent temperature field of ±0.3°C (S series) and ±0.2°C (P series) throughout the entire chamber.
 
 
Engineered for Stability: Infrared CO2 Sensor
Ensure culture integrity with our dedicated Infrared (IR) CO2 Sensor. It delivers exceptional measurement stability in environments where humidity and temperature are less predictable, effectively neutralizing the bias introduced by frequent door opening and closing. Designed for the most sensitive applications, it enables reliable remote monitoring and is perfectly suited for incubators requiring regular access. The sensor also includes an integrated temperature sensor with over-temperature protection for added safety.
 
Hepa Air Purification —5-Minute Cycle
The integrated HEPA filtration system ensures continuous, whole-chamber air purification. Upon door closure, the system achieves specified air quality standards within a 5-minute air exchange cycle. It provides sustained contamination control by significantly reducing the concentration of airborne particulates, thereby minimizing their deposition on internal surfaces.
 
Active Airrlow Technology | Filtered Airflow System
The incubator features a fan-assisted airflow circulation system that enables rapid environmental recovery. Its airflow pattern is engineered to ensure uniform distribution of key parameters—including temperature, gas concentration, and humidity—throughout the chamber.A built-in fan continuously delivers filtered, humidi-fied air across all areas of the interior. This design maintains consistent environmental conditions for all cell cultures, preventing localized drying and minimizing water loss regardless of their position 
within the chamber.
 
Dual-Temperature Dry-Heat Sterilization: 140°C / 180°C
Two programmable dry-heat sterilization cycles are available: 140°C and 180°C. The optional 180°C high-temperature cycle provides rapid, effective decontamination, thermally eliminating bacteria, mold, yeast, and mycoplasma from all interior surfaces. This in-situ sterilization process simplifies cleaning workflows by removing the need for external autoclaving and component disassembly/reassembly, thereby enhancing operational efficiency and ensuring consistent aseptic conditions.(For laboratories seeking enhanced convenience, the MCP-180UE series introduces an important upgrade: dry-heat sterilization can now be performed without removing the HEPA filter or sensors)
 
Precision Humidity Management & Condensation Control
Designed to prevent condensation formation, the 304 stainless steel water pan for humidification holds up to 4 liters of water, ensuring a high-humidity environment within the culture chamber. It provides reliable protection for cell and tissue culture by effectively avoiding the dangerous formation of condensation, even when operating at high 
humidity levels under normal room temperature conditions. This performance is supported by stable humidity maintenance, as shown in the accompanying graph, where relative humidity consistently reaches 93–94% with minimal fluctuation. Turbulence-free ventilation throughout the chamber further contributes to a constant and uniform culture environment.
 
Interactive Intelligent Display with Easy Touch Operation
Featuring an intuitive 5-inch LCD touchscreen mounted above the door for easy access, the system allows for straightforward operation with sensitive touch control. It provides clear visualization of both real-time and historical run curves, supported by on-screen prompts and audible/visual alarms. All recorded data is securely stored, can be monitored directly, and is exported via a USB port. This data remains unalterable, ensuring complete and reliable traceability back to the original records.