CO2 Incubator

A high-efficiency microbe filter,which comes with a sterilization function,is installed at the CO2 gas inlet.Its filtration efficiency is 99.99 percent,capturing particulates with diameters equal and greater than 0.3um.The filtration system eliminates bacteria and particulates in the CO2 gas to creat a healthy environment for reliable experiments.

Haier CO2 incubator's outer door radiates heating energy into the inner glass door to prevent condensation from occurring.The dry inner door eliminates the possibility of microbial contamination that exists in condensate water.

The air flow inside the chamber can be automatically controlled based on the requirement of an experiment.This feature reduces the risks of drying out test samples.

Moist heat disinfection at high temperature of 90℃ can kill microbes and fungal spores on the inner surface of the incubator.

Ultraviolet sterilization system is positioned on the rear wall inside the incubator.It is used for quickly and effectively disinfecting the inside of the incubator body to kill any floating bacteria circulating in the air and water vapor in humidifying tray.This method thereby  prevents potential contamination to cell incubation.

A large-screen liquid crystal display is a standard feature for ease of operation and clear display.It is controlled by a microcomputer precisely,and it can display temperature,CO2 concentration,and relatively humidity.

The floor of the inner door is by design an integral built-in water tray for humidification process.Pure water can be introduced directly to the water tray for a greater area of evaporation.This feature eliminates a separate water tray design which can be a source of contamination.

In the incubation process,all key operational parameters such as temperature,humidity,CO2 concentration and door usage are shown in a graphic form.Users can quickly use the information directly to analyze the incubation process.

When the door is opened,operation of circulating fan,CO2 injection and heating system automatically stops temporally to reduce CO2 gas consumption,and temperature overshoot. When the door is closed,the system resumes operation automatically.

• Easy to Clean: Standard features include stainless steel inner liner designed with rounded corners for ease of cleaning and anti-bacteria.
• Space Saving: Units are conveniently stackable to allow laboratory space fully utilized.
• Protection Safety: Alarm systems feature an independent over-temperature alarm system,and a sound,illuminator system,and remote alert system that report temperature,humidity,door ajar,and malfunction conditions.That alarm systems safeguard experiments effectively.