Temperature Control
Precision™ General Purpose Baths
Support a wide range of applications with Thermo Scientific™ Precision™ general purpose water baths, designed to maintain water temperature from ambient to 100°C. These rugged, high-performance baths range from 2L to 28L, including shallow models. Over-temperature safety circuitry is designed to prevent thermal runaway, while new auto-on and auto-off timers allow you to optimize operation schedules. Benefit from outstanding chemical and corrosion resistance with epoxy powder-coated exterior, and easily clean the chamber with its seamless stainless steel interior.
Heated Circulating Baths; Refrigerated Circulating Baths & Immersion Circulators
A heated circulating bath is ideal for applications where temperature control is paramount. Whether you’re conducting sample prep using the reservoir or seeking to maintain the temperature inside your jacketed vessel via fluid circulation; Thermo Scientific Sahara heated bath circulators allow you to create the environments your applications need for precise, reliable and repeatable results. Thermo Scientific Arctic and Glacier Series refrigerated bath circulators offer outstanding cooling power, expansive temperature ranges, powerful force/suction pumps, and sophisticated digital control technology designed to ensure accuracy and reproducibility of your liquid temperature control procedures. The stainless steel reservoir is offered in multiple capacities with a variety of reservoir openings and depth dimensions for maximum application flexibility.
ThermoChill & ThermoFlex Recirculating Chillers
Thermo Scientific recirculating chillers support a variety of applications, from lab bench to large manufacturing processes. For critical applications that require large-batch process cooling, a recirculating chiller offers a versatile, dependable investment, ensuring years of steady, reliable operation. Easy-to-use interfaces and simplified internal engineering means that whatever your task or field of work, you can focus on cooling your application and not your output.
Water-to-Water Heat Exchange System
Water-to-Water Heat Exchangers Take advantage of an existing in-house water system for heat removal. Thermo Scientific™ System Water-to-Water Heat Exchangers use less energy and cost less to operate than traditional compressor-based chillers. They provide a clean, stable, controlled, closed-loop water cooling system that rejects the process heat into an existing in-house facility water supply. This eliminates the problems associated with the direct use of in-house water such as insufficient or fluctuating flow, changing pressure, poor water quality and temperature instability. Cooling capacity is based on a 10°C temperature differential between the cooling water supply and the cooling fluid flowing from the System to the instrument being cooled.
