Haier CO2 Incubator

Description

The CO2 incubator is the most important piece of equipment for biosafety laboratory R&D. The Haier Biomedical CO2 incubator uses professional and superior technology to provide reliable conditions for frontline medical staff to carry out epidemiological and translational research, and to create a stable cell and virus culture environment for researchers.

• Efficient microbial filter
• Active airflow control technology, to ensure stability and homogeneity
• Door heating function, eliminates microbial contamination
• 180℃ dry heat sterilization technology, providing a contamination-free environment

Concise Test Results with Accurate Temperature Control

Precise temperature control within the fluctu0.1℃, with six-sided heating based on fuzzy PID control principles ensures the ation range of ±normal growth of cells throughout their life cycle.

New IR Sensor Control Technology for Precise CO₂ Concentration

New type IR sensor technology, using NDIR measurement principles, can withstand high temperature up to 190 ℃. The silicon MEMS transmitter can withstand more than 300 dry heat sterilization cycles with a service life of 15 years.

Precise CO2 Concentration Using New IR Sensor Control Technology

Haier Biomedical’s new IR Sensor technology uses DIR measurement principles and withstands high temperatures of 190oC. The silicon MEMS transmitter can carry out more than 300 dry heat sterilization cycles to extend the service life to 15 years. Built-in temperature and humidity compensation technology reduces the impact of changes of humidity and temperature without the need for calibration after the high temperature sterilization. Five point calibration yields a higher measuring accuracy, sensitivity with less drift.

Fast Environment Recovery for Optimal Cell Growth

Adopting active air flflow control technology, and based on the fuzzy PID control principle, the parameters can be restored without overshoot. After opening the door for 30 seconds, the temperature and CO2 concentration can be quickly restored within 4 minutes. Even if multiple users share a CO2 incubator and frequently open and close the door, the stability and uniformity of the incubator can be ensured.

180oC Dry-Heat Sterilization Technology Minimises Contamination

Easy and effective sterilization of microorganisms including bacteria, fungi and microplasma with strong resistance, at 180°C high temperatures without the need for consumables. Simply press the “sterilization key” to activate and complete the sterilization process automatically in just 12 hours. Delivers sterility level within the chamber of all surfaces to meet WS/T367-2012 standards. All components are sterilized during the process, there is no need to dissemble internal components (including CO2 sensors) and decontaminate separately, thus avoiding secondary pollution.

Anti-Condensation Heating System to Reduce Pollution Risk

The door on the CO2 incubator radiates heat to the inner glass door, effffectively preventing the glass door from forming condensation. The possibility of microbial contamination caused by the condensate water is eliminated.

Intelligent Control of Circulating Air Maintains Uniformity

Automatically adjusts the circulation of the air flflow, optimising the air flflow to avoid air volatilization of samples and ensuring proper uniformity throughout the chamber.

Comprehensive Safety Alarm System

The system ensures the safety of experiments and processes by utilizing an independent temperature alarm system, including a sound light and remote reminder. Other alarms include CO2 concentration, door ajar and water shortage.