Binder CB220 CO2 Incubator with Hypoxia and Humidity Control, 210 L Capacity

The Binder CB220 CO2 Incubator is engineered for stable and precise control of critical cell culture parameters, supporting advanced biotechnology and molecular biology workflows. It offers a spacious 210 L capacity suitable for bioprocessing and biomedical engineering research.

• Temperature control: Ambient +7°C up to 60°C with a uniformity of ±0.4°C ensures reproducible incubations essential for live-cell imaging and molecular diagnostics.
• Humidity system: Double-pan humidification supports a 90% to 95% relative humidity range, adjustable between 50% and 95% RH, reducing the risk of desiccation in sensitive cell cultures.
• CO2 regulation: The incubator features a drift-free single-beam infrared CO2 sensor, enabling stable and accurate gas concentration control from 0% to 20% CO2, vital for mammalian cell culture and gene editing applications.
• Oxygen control: Hypoxia regulation supports oxygen levels critical in synthetic biology research and stem cell bioprocessing.
• Design features:
• Six tightly sealed inner glass doors reduce environmental fluctuations during sample access, maintaining sterility.
• Perforated stainless steel shelves optimize airflow and simplify cleaning for contamination control.
• The fanless design minimizes vibration and contamination risks, enhancing culture stability.
• Internal USB data logger and Ethernet interface support rigorous data monitoring and traceability essential for biopharmaceutical production pipelines.
• The unit incorporates 180°C hot-air sterilization for easy and thorough decontamination without the need for component removal.
• User interface: Intuitive color LCD display combined with audio-visual alarms facilitates precise monitoring of temperature, humidity, and CO2 parameters.
• Additional features: Lockable handles and castors enhance security and mobility in high-demand lab environments.

The Binder CB220 is widely adopted in biotechnology and biomedical fields for applications requiring tight regulation of temperature, humidity, CO2, and oxygen levels, making it critical for cell culture, molecular cloning workflows, and advanced biomanufacturing research.