FTS MultiCool – Low Temperature Bath

Ready to keep cool and streamline your workflow? Our FTS MultiCool™ Low Temperature Bath uses mechanical refrigeration to eliminate the costs and hazards associated with dry ice and liquid nitrogen. The FTS MultiCool™ is designed to accelerate your research, featuring:

Versatile – temperatures range from -80°C to +100°C
Consistent temperatures – built-in magnetic stirrer with vortex breaker
Liquid medium enhances temperature stability and uniformity
Includes communication kit for remote communication

Overview

Experience a new level of refrigeration with the FTS MultiCool™ Temperature-Controlled Bath. The most efficient way to freeze your samples up to -80°C.

The MultiCool™ low-temperature bath is mechanically refrigerated with temperatures from -80°C to 100°C. The magnetic stirrer and vortex breaker design help ensure isothermal conditions in this bath throughout its temperature range. Utilizing a liquid medium, the MultiCool™ provides precise temperature control, while eliminating the cost and potential hazards associated with dry ice or liquid nitrogen.

FTS MultiCool™, featuring:

Temperature control range of -80°C to 100°C
Built-in magnetic stirrer and vortex breaker
Multi-functional temperature controller
Mechanical refrigeration eliminates costs and hazards associated with expendable refrigerants

Application Examples

Specimen temperature control
Freezing biological tissues
Viscosity studies
Asphalt testing
Histology
ASTM plastic and metal testing
General Purpose Bath (replace dry ice)

Features & Benefits

Consistent temperatures – insulated chamber lid ensures that the temperature always remains stable while the liquid medium increases temperature uniformity and specimen stability
Versatile to meet your cooling or heating needs in one machine with the push of a button
Allows for the testing of different materials at a wide range of temperatures
Provides accurate temperature control with temperature indication
Maintains isothermal bath conditions
Mechanical refrigeration eliminates costs and hazards associated with expendable refrigerants