Thermo Scientific 3950: The Ultimate CO2 Incubator for Large-Scale Cell Culture

Thermo Scientific 3950, Reach-In Large Capacity CO2 Incubator

Product Overview:

The Thermo Scientific 3950 Reach-In Large Capacity CO2 Incubator is a premium-quality incubator designed to provide optimal growth conditions for cell cultures and microorganisms. With its spacious interior and advanced features, it offers exceptional performance and reliability for demanding research applications.

Features and Specifications:

Large Capacity: 395 liters of usable space, accommodating up to 1200 T-75 flasks or 2400 Petri dishes.
Precise CO2 Control: Advanced CO2 sensor and control system maintains precise CO2 levels within ±0.1%.
Temperature Uniformity: Forced air convection ensures uniform temperature distribution throughout the chamber, with a range of 20°C to 60°C.
Humidity Control: Optional humidity tray provides humidity levels up to 95% RH.
Sterilization Cycle: Built-in sterilization cycle eliminates contaminants and ensures a sterile environment.
Easy-to-Use Interface: Intuitive touchscreen display provides real-time monitoring and control of all parameters.
Data Logging: Optional data logging module records and stores temperature, CO2, and humidity data for traceability.
Stackable Design: Multiple units can be stacked to maximize space utilization.

Benefits:

Optimal Growth Conditions: Precise control of CO2, temperature, and humidity ensures optimal growth conditions for a wide range of cell cultures and microorganisms.
Reliable Performance: Advanced technology and robust construction provide reliable operation and minimize downtime.
Increased Capacity: Large interior volume allows for high-throughput experiments and reduces the need for multiple incubators.
Convenience and Efficiency: Easy-to-use interface and optional data logging simplify operation and save time.
Space Optimization: Stackable design maximizes space utilization in laboratories with limited space.

Enhanced Research Outcomes: Optimal growth conditions lead to improved cell viability, growth rates, and experimental reproducibility.
Increased Productivity: Large capacity and efficient operation reduce the time and effort required for cell culture maintenance.
Cost Savings: Reliable performance and reduced downtime minimize maintenance costs and extend the lifespan of the incubator.
* Peace of Mind: Advanced features and data logging ensure confidence in the accuracy and reliability of experimental results.