SHEL LAB SCO58 CO₂ Incubator

SHEL LAB SCO58 CO₂ Incubator Ultra-Large Capacity Cell Culture with Precise Environmental Control The refurbished SHEL LAB SCO58 CO₂ Incubator is engineered for high-volume laboratories requiring exceptional capacity, uniformity, and reliability. With an expansive 58 cu. ft. (1641 L) chamber, advanced infrared CO₂ sensing, and precise temperature control, this unit is ideal for large-scale cell culture, tissue engineering, and bioproduction workflows. SHEL LAB SCO58 CO₂ Incubator features Massive 58 cu. ft. Capacity for High-Throughput Labs Precise Temperature Control & Uniformity Fast-Recovery Infrared CO₂ Sensor Optimized for Roller Bottle & Bioproduction Applications High Humidity Environment for Cell Viability Durable, Easy-to-Clean Stainless Steel Chamber Advanced Contamination Control Features 90-day warranty from American Instrument Exchange included Designed for large-scale applications, the SCO58 accommodates roller bottle systems, bulk culture vessels, and high sample volumes—perfect for production environments and large research facilities. The air jacket system provides excellent thermal performance with ±0.5°C uniformity at 37°C and stable control across the chamber, ensuring reproducible results for sensitive cultures. An advanced infrared (IR) CO₂ sensor enables rapid recovery after door openings and maintains accurate CO₂ levels independent of humidity or temperature fluctuations. The SCO58 includes a flip-out ramp and large interior clearance, making it ideal for roller bottle apparatus and large-scale cell harvesting workflows. Supports up to ~95% relative humidity, minimizing evaporation and maintaining optimal conditions for cell growth. Constructed with 300-series stainless steel and coved corners, the interior resists corrosion and simplifies cleaning for contamination control. Includes a copper-caged HEPA filtration system and heated CO₂ inlet, reducing contamination risks while maintaining uniform conditions throughout the chamber. Applications for the SHEL LAB SCO58 CO₂ Incubator include Large-scale cell culture and expansion, biopharmaceutical production, tissue engineering and regenerative medicine, vaccine and biologics development and academic and industrial research labs, among others. SHEL LAB SCO58 CO₂ Incubator Technical Specifications Capacity: 58 cu. ft. (1641 L) Temperature Range: Ambient +8°C to 60°C Temperature Uniformity: ±0.5°C at 37°C Temperature Stability: ±0.2°C CO₂ Range: 0% to 20% CO₂ Sensor: Infrared (IR) CO₂ Recovery Time: < 5 minutes Humidity: Up to ~95% RH Interior Dimensions (W × D × H): 43″ × 34.5″ × 67.5″ Exterior Dimensions (W × D × H): 51″ × 44.8″ × 81″ Shelving: 6 standard (up to 30 maximum) Electrical Requirements: 110–120V, 50/60 Hz, 15A Weight: ~950 lbs (430.9 kg) SHEL LAB SCO58 CO₂ Incubator Frequently Asked Questions (FAQs) What is a large-capacity CO₂ incubator used for? Large-capacity CO₂ incubators like the SCO58 are designed for high-volume cell culture, including bioproduction, large-scale research, and applications requiring many culture vessels or roller bottles. How does the infrared CO₂ sensor improve performance? IR sensors provide fast, accurate CO₂ recovery after door openings and are not affected by humidity or temperature, ensuring stable culture conditions. Is a refurbished SCO58 reliable for critical applications? Yes. Units refurbished by American Instrument Exchange are fully inspected, calibrated, and tested to ensure dependable performance comparable to new systems. What makes this incubator suitable for roller bottle applications? Its large interior, high load capacity, and included ramp system make it specifically designed for roller bottle apparatus and large culture setups. How does the SCO58 control contamination? Features such as HEPA filtration, copper components, stainless steel chamber construction, and easy-clean design help reduce contamination risk. What maintenance is required? Routine cleaning, CO₂ calibration, and monitoring humidity levels are recommended. The durable interior design simplifies maintenance and cleaning. Why buy refurbished instead of new? Refurbished units provide substantial cost savings, faster delivery, and proven reliability, making them ideal for labs scaling operations without exceeding budget.