Thermo Steri-Cult CO2 Incubator 3307 High-Volume 232L Capacity with 140°C Sterilization Cycle

The Thermo Steri-Cult CO2 Incubator 3307 is engineered for demanding high-throughput cell culture applications and bioprocessing workflows. Featuring a 232.2 L polished stainless steel chamber, this controlled environment incubator offers precise CO2 concentration monitoring (0–20%) via an integrated infrared CO2 sensor. The unit includes active humidity control through an external reservoir, eliminating the need for a water pan and enhancing microbial contamination prevention.

Key functional aspects include:

• Uniform direct heating chamber design ensures stable temperature control within the range of ambient +5°C to 50°C, critical for live-cell imaging and molecular diagnostics workflows.
• An independent validation of a 140°C sterilization cycle (14 hours) supports reliable contamination control by eliminating microbial growth, making it essential in synthetic biology and biopharmaceutical production pipelines.
• Equipped with an ISO Class 5 HEPA filtration system, it filters airborne particulates to reduce cross-contamination risks in sensitive tissue culture and gene editing experiments.
• User-friendly microprocessor with alphanumeric LED controls facilitates accurate environmental parameter adjustments, vital for stem cell research and advanced biotechnology applications.
• The incubator’s removable shelving system enhances flexibility for diverse sample arrangements and workflow optimization.

Designed for clinical diagnostics, biomanufacturing, and biotechnology research, this incubator's robust airflow system and sterilizable chamber offer superior reliability in maintaining aseptic growth environments. Although some minor hardware (water container door latch) is missing, this does not affect operational performance. The unit powers on reliably and reaches the target 37°C temperature, confirming functional integrity.

This high-volume CO2 incubator is widely used in cell biology, neuroimaging, and regenerative medicine studies requiring stringent environmental control. Its combination of durability, precision, and validated sterilization makes it a critical instrument in molecular cloning workflows and biomedical engineering research settings.