Thermo Electron Steri-Cult 3311 CO2 Incubator with HEPA Filtration and Sterilization Cycle

The Thermo Electron Steri-Cult 3311 is a professionally refurbished CO2 incubator designed for precise control of temperature, CO₂ concentration, and humidity—critical parameters for cell culture and microbiological applications.

• Capacity: 322.8 liters with a stainless steel chamber designed for durability and contamination resistance.
• Temperature control: Microprocessor-regulated temperature range from +5 °C to 50 °C ensures stable incubation conditions essential for biotechnology workflows and molecular diagnostics.
• CO₂ control: Maintains CO₂ levels from 0 to 20% using an infrared sensor, enabling accurate gas regulation for optimal cell growth environments.
• Humidity: Humidity control up to 95% preserves biologically relevant moisture levels to support live-cell imaging and culture viability.
• HEPA filtration: Equipped with ISO Class 100 HEPA filtration to minimize particulate contamination, vital for maintaining sterile conditions in bioprocessing and biomedical engineering labs.
• Sterilization feature: Includes a high-temperature sterilization cycle at 140 °C lasting 14 hours, crucial for preventing microbial contamination in sensitive synthetic biology and clinical research experiments.
• Safety and usability: Integrated alarms, access lock, and HEPA filter replacement reminders enhance operational safety and ease of maintenance.
• Electrical specifications: 230 V, 800 W, compatible with 50/60 Hz power supplies.
• Physical dimensions: External size of 686 × 1092 × 1002 mm with a weight of 140 kg; comes with two adjustable shelves for flexible sample accommodation.

This incubator is widely used in biotechnology and clinical diagnostics for reliable, sterile culture environments, making it essential equipment for labs engaged in gene editing, biomanufacturing, and molecular cloning workflows. Its stable and contaminant-free atmosphere supports reproducibility and success in advanced research fields including synthetic biology and pharmaceutical development.