Precision Cooling for Demanding Laboratory Workflows
Optimize your lab’s temperature control with the FTS MaxiCool™ Recirculating Chiller, delivering high-performance cooling in a compact form. With fast cooldowns, precise ±0.1°C stability, and remote monitoring capabilities, this recirculating chiller ensures your experiments and processes run smoothly and reproducibly.
Its 4 L capacity and versatile mechanical refrigeration system eliminate the need for liquid nitrogen, reducing both costs and hazards while supporting a wide range of industrial and laboratory applications.
Key Features & Benefits
❄ Fast Cool Down
Achieve rapid temperature drops from ambient to -35°C in under 20 minutes, speeding up workflows and reducing downtime.
❄ Wide & Flexible Temperature Range
Standard range from -15°C to +35°C, with extended options down to -38°C and up to +75°C, adaptable to a variety of processes.
❄ Remote Operation & Monitoring
Control and monitor the chiller remotely via RS232 communication, ensuring continuous operation and oversight from anywhere.
❄ Exceptional Temperature Stability
Maintain reproducible results with ±0.1°C control accuracy, ideal for sensitive reactions and experiments.
❄ Versatile Pump Options
Select either a centrifugal or a positive displacement pump to match your process requirements.
❄ Mechanical Refrigeration
Eliminate liquid nitrogen and its associated hazards with safe, cost-effective mechanical cooling.
❄ Configurable System Options
Choose from water- or air-cooled configurations with an external high-pressure bypass to efficiently manage process pressures.
Applications
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OEM Systems
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Calorimetry
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Rotary Evaporators
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Heat Exchangers for Temperature Testing
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Laser Cooling
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Reaction Vessel Temperature Control
Industries Served
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Pharmaceutical & Biotech
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Automotive
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Aerospace & Defense
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Food & Beverage Processing
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Cosmetics Manufacturing
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University Research – Chemistry & Biology Labs
Why Choose the FTS MaxiCool™ Recirculating Chiller?
The FTS MaxiCool™ delivers precision cooling with flexibility, speed, and reliability. Whether for laboratory research, industrial processes, or OEM integration, it ensures reproducible results while improving safety and reducing operational costs.

