Precision Cooling & Heating from -80°C to +100°C

Upgrade your laboratory temperature control with the FTS MultiCool™ Low Temperature Bath, a versatile, mechanically refrigerated system designed for both cooling and heating applications. Operating across a wide temperature range of -80°C to +100°C, the MultiCool™ provides reliable, uniform, and reproducible results for demanding laboratory and industrial processes.

With a built-in magnetic stirrer, vortex breaker, and insulated chamber lid, this temperature-controlled bath maintains stable isothermal conditions throughout the entire operating range — ensuring specimen stability and accurate testing performance.

Key Features & Benefits

❄ Wide Temperature Range (-80°C to +100°C)

Switch seamlessly between cooling and heating with the push of a button, supporting diverse laboratory workflows.

❄ Stable & Uniform Temperature Control

An insulated chamber lid combined with a liquid medium ensures temperature stability and improved specimen consistency.

❄ Built-In Magnetic Stirrer & Vortex Breaker

Maintains isothermal bath conditions, delivering accurate, repeatable results throughout the bath.

❄ Precise Temperature Indication

Clear temperature display and accurate control provide confidence in critical applications.

❄ Mechanical Refrigeration

Eliminates the need for dry ice or liquid nitrogen, reducing operational costs and laboratory hazards.

❄ Compact & Efficient Design

Designed to accelerate research while maintaining energy-efficient performance.

Applications

• Histology & Tissue Preparation

• Metal Testing & Material Research

• General Laboratory Applications

• Electropolishing

• Medical Device Testing

Industries Served

• Pharmaceutical Laboratories

• Universities & Research Institutions

• Medical Device Manufacturers

• Steel Manufacturing & Testing Facilities

• Metallurgical Laboratories

Why Choose the FTS MultiCool™?

The FTS MultiCool™ Low Temperature Bath offers precision temperature stability, mechanical refrigeration, and dual heating and cooling in a single compact system. Ideal for laboratories and industrial environments requiring reliable thermal control, it delivers consistent, reproducible results across a broad range of applications.