• Features a HEPA filter with 99.9998% efficiency for particles >0.3μm, reaching ISO 5 air quality within 5 minutes.
• Equipped with a highly accurate IR CO₂ sensor that requires no calibration.
• Anti-bacterial copper alloy chamber with smooth, rounded corners for optimal hygiene.
• PID controller with LCD display and a precision double-layer PT1000 temperature sensor.
• Unique water reservoir design prevents cross-contamination during humidification.
• Includes current leakage protection for enhanced operational safety.
• Inner tempered glass door ensures fast temperature and CO₂ recovery.
• Features a fan convection system for superior temperature uniformity and control.

Essential for modern bioscience, the CO2 incubator creates and maintains a physiologically consistent atmosphere for cultivating living cells and tissues. Its core function lies in regulating three critical parameters: temperature, humidity, and CO2 levels. The addition of CO2 is not merely for atmosphere; it serves as a vital pH stabilizer by reacting with water in the culture medium to create a bicarbonate buffer system.

Modern devices achieve exceptional precision using infrared sensors for gas measurement and ensure chamber-wide uniformity through gentle air circulation. A major focus is preventing microbial contamination, addressed via sealed designs, HEPA-filtered air, and dry-heat sterilization at temperatures up to 180°C. Consequently, this equipment is a cornerstone in applications ranging from basic cell culture and microbiology to specialized domains like tissue engineering and immunology, where uncontaminated, stable growth conditions are non-negotiable.