Thermo Scientific Steri-Cult CO₂ Humidity-Controlled Cell Culture Incubator Model 3307 / 3310

The Thermo Scientific Steri-Cult CO₂ Incubator (Models 3307 and 3310) offers reliable and stable culture conditions essential for *cell culture*, *tissue engineering*, and *microbiology* research. Designed to minimize environmental drift and contamination risks, this incubator supports reproducible results critical for *biotechnology* and *molecular diagnostics* applications.

Technical Specifications:

• Capacity: 8.2 cu ft / 232.2 L (3307) or 11.4 cu ft / 322.8 L (3310)
• Interior Dimensions: 17" x 19" x 30" (3307) or 28" x 20" x 30" (3310)
• Chamber Material: Stainless steel for durability and contamination resistance
• Temperature Range & Control: From +5°C above ambient to 50°C with ±0.1°C stability and ±0.3°C uniformity at 37°C
• CO₂ Set Range: 0–20%, monitored using an infrared (IR) sensor for precise gas control
• Humidity Control: Adjustable up to 95%, maintaining optimal conditions for live-cell and tissue cultures
• Dimensions (Stacked): 36" x 28" x 83" (3307) or 44" x 28" x 40" (3310)
• Weight: Approximately 330 lbs per unit or 660 lbs stacked
• Power Requirements: 115V, 50/60 Hz

Key Features and Benefits:

• Active air management and controlled sterilization cycles enhance *contamination control* and *environmental stability*, essential in *bioprocessing* and *biomanufacturing* environments.
• Vertical stacking capability allows capacity expansion in space-limited laboratory setups without HVAC modifications.
• Front-access controls and visual alerts reduce monitoring workload, allowing researchers to focus on complex workflows such as *gene editing* and *synthetic biology*.
• Fully inspected, calibrated, and ready for immediate implementation ensuring reliability in high-throughput *molecular cloning workflows* and *clinical diagnostics* pipelines.

This incubator is widely adopted in *biotechnology* and *cell biology* laboratories where consistent culture conditions and operational predictability are paramount for high-impact research and production activities. Its robust environmental controls make it critical in *biopharmaceutical production* and *live-cell imaging* applications requiring stable CO₂ and humidity levels.