Thermo Scientific NESLAB ThermoFlex 900 / 1400 Recirculating Chillers with Precise ±0.1°C Temperature Control

The Thermo Scientific NESLAB ThermoFlex 900 and 1400 series are advanced *recirculating chillers* designed for reliable external temperature management of laboratory instruments, analytical systems, and process equipment demanding stable fluid circulation. Both models utilize a robust microprocessor-controlled interface and maintain a consistent temperature stability of ±0.1°C, essential for applications in biotechnology, molecular diagnostics, and bioprocessing workflows that require precise thermal regulation.

Key technical features include:

• Reservoir Volume: 1.9 gallons polyethylene tank ensuring sufficient fluid capacity for continuous operation
• Cooling Capacity:
• ThermoFlex 900: 900W at 60Hz, suitable for standard cooling applications between 5°C and 40°C
• ThermoFlex 1400: Enhanced 1400W cooling at 60Hz, capable of maintaining fluid temperatures from 5°C up to 90°C, providing extended versatility for biomanufacturing and synthetic biology experiments
• Pump Capacity: Up to 4.0 gpm at 60 psig, delivering consistent fluid flow rates necessary for accurate temperature control in live-cell imaging and fluorescence analysis setups
• Physical Dimensions: Compact footprint (26 x 14 x 27 inches) optimized for benchtop or floor-adjacent laboratory layouts
• Power Requirements: 115V, 50/60Hz with current ratings of 11A (900 model) and 14.1A (1400 model)

Both ThermoFlex models incorporate serviceable filters and continuous fluid circulation technology, ensuring maintenance ease and extended unit longevity. The ThermoFlex 900 is ideal for routine external cooling within moderate temperature ranges, while the ThermoFlex 1400 is engineered to support applications that demand higher cooling capacities and expanded temperature control, making it critical in pharmaceutical temperature-sensitive processes and synthetic biology research that involves thermal cycling.

Widely adopted in laboratories focused on molecular biology, clinical diagnostics, and biomedical engineering, these chillers support stable operation of sensitive analytical instruments and bioprocess equipment, making them indispensable for biotechnology laboratories requiring seamless integration with thermal management systems.