Baths & Chillers
PolyScience is a leading manufacturer of liquid temperature control solutions. Since 1963, PolyScience has responded to the needs of laboratory, plastics, medical, chemical and industrial markets with countless innovations. Our product offering includes circulating water baths, unstirred general purpose water baths, chillers and coolers and a range of application-specific products.
When buying a new liquid temperature control product, there are a number of factors to consider when picking a product.
Because baths and chillers are such a basic piece of laboratory equipment, it’s easy to put them in a corner and forget about them. But, as with other instruments, maintaining your bath or chiller is extremely important.
Experience the benefits of going headless.
Across research laboratories and industrial manufacturing facilities, many processes must be kept at a specific temperature, and that requires baths and chillers.
The powerful new PRESTO W91 and W92 product series are additional members of the new PRESTO family. They unite high efficiency with unequaled power for modern laboratory and industrial applications for reactor temperature control, material stress tests or temperature simulation.
Advanced adsorption chiller uses nanomaterial to be up 50 percent more efficient.
Temperature control is a critical aspect of many applications spanning numerous laboratories across the biotech, pharmaceutical and industrial sectors. Chillers and bath circulators are commonly employed to maintain the optimal temperature. The success of your hard work hinges on your temperature control solution.
Torrey Pines Scientific announces its EchoTherm™ RIC20 Peltier-driven, compact Chilling/Heating Temperature Stages settable from -20.0ºC TO 110.0ºC.
The new PRESTO® from JULABO represents the state-of-the-art in liquid temperature control for modern laboratories. Models in this redesigned line of temperature-control instruments are the air-cooled A30, A40 and the water-cooled W40. These
It is a common misconception that a bath with a larger reservoir provides greater stability because the addition of heat energy results in a smaller temperature rise, iving it the appearance of better stability than a smaller reservoir. To achieve temperature stability, heat must be accurately removed at the same rate as it is added.
