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CO₂ Incubator: Cultivating the Ideal Environment for Cell Growth

Previously reliant on international brands for cell culture, MRGC recently adopted Haier Biomedical's CO₂ incubator, and users were pleasantly surprised when they find significantly improved cell viability, excellent morphology, and consistent performance across batches.

The incubator's cultivation outcomes are on par with those achieved using leading global brands, fully meeting their expectations for scientific research. This success not only demonstrates Haier Biomedical's expertise in cell culture technology but also highlights its position as a high-quality, cost-effective, high-performance solution for research institutions worldwide. 

●  Precision control for an optimal environment

Using the PID fuzzy algorithm—essentially functioning like an intelligent brain—the incubator precisely regulates temperature and CO₂ levels. It also uses a bottom-mounted reservoir for humidification, delivering high-efficiency humidity control at maximum saturation. This creates an optimal environment for cell survival, achieving viability rates of ≥99.3%, laying the foundation for research success. 

●  Active control for environmental stability

The incubator features active airflow control technology that quickly restores internal conditions after frequent door openings, ensuring a stable environment with consistent temperature and airflow for cell growth. 

●  Dual protection for accurate data

An imported CO₂ sensor rated up to 190°C enables high-temperature sterilization without disassembly, effectively eliminating contamination risks. The addition of a new infrared sensor further enhances CO₂ control precision to ±0.1%, ensuring accurate and reliable experimental data. 

●  Smart interaction for efficient traceability

The incubator supports long-term data storage of up to 15 years, creating a reliable digital archive for experiment traceability and improving research efficiency. 

●  Globally certified, trusted by users

Holding multiple third-party international certifications such as CE, UL, Part 11, and U.S. FDA approval, this high-quality CO₂ incubator fully complies with MRGC's rigorous safety and compliance standards for laboratory equipment. Its quality and reliability have been validated by leading authorities, giving users confidence in its reliability. In previous collaborations with renowned names such as Duke University (the United States), the incubator has also won unanimous praise for its exceptional performance.

Biosafety cabinet: Lab's sterile shield

●  Seamless clean design to prevent contamination

Designed with a screw-free work surface, the cabinet prevents contaminant buildup at the source. Combined with 4L+ liquid tanks (waste liquid tanks) and outlet valves, it simplifies maintenance and fully eliminates the risk of cross-contamination, creating a safe and sterile workspace for laboratory experiments. 

● Efficient filtration for safety and peace of mind

Featuring a ULPA filter with 99.9995% efficiency for 0.12-micron particles, the cabinet forms a nano-level protective barrier over the work area, ensuring safety for both personnel and the environment. 

●  Stable and energy-efficient performance reduces disruptions

The high-energy-efficiency fan system is equipped with a self-cooling design that maintains steady airflow with minimal power usage. It requires little maintenance, helping prevent equipment malfunctions that could disrupt experimental workflows.

Haier Biomedical's recent collaboration with MRGC is a high recognition of its technical strengths in biosafety and cell culture, and a powerful testament to the company's deep commitment to global scientific research. Moving forward, the company will continue to empower life science exploration through innovation, ensuring both accuracy and safety in every scientific research.