Recirculating coolers
Chill environmentally friendly and economical
JULABO recirculating coolers can handle virtually any cooling requirements in laboratories or industrial environments. Their efficiency makes them an environmentally-friendly and economical alternative to cooling with tap water. Compact models from JULABO are ideal for placement on or underneath a laboratory bench. JULABO offers several powerful models with up to 20 kW of cooling capacity for applications in industrial environments.
FL Recirculating coolers
Chill Environmentally Friendly and Economical
The FL series offers a new generation of chillers for routine cooling applications within the laboratory and industry. The temperature stability of the PID control is ±0.5°C.
FC chiller
Chillers for heating and cooling tasks
FC models offer high temperature stability and also feature integrated heating. 2 variants: Air-cooled (FC) and water-cooled (FCW).
Recirculating coolers without refrigerant
Environmentally friendly, compact models for simple cooling tasks
Recirculating coolers without a conventional refrigeration circuit are ideal for customers who want to dissipate smaller amounts of heat in external systems. They operate completely without refrigerant and require very little maintenance.
F compact recirculating coolers
for simple cooling tasks
JULABO F models require very little space and have very low procurement costs.
Recirculating coolers of the F series are a great way to replace costly tap water and are ideal for basic cooling tasks.
SC Semichill recirculating coolers
for highest requirements in industrial environment
The SemiChill models are characterized by maximum reliability in continuous operation and under harsh environmental conditions. All parts in contact with the bath fluid are made of stainless steel or high grade plastic. The modular design permits custom configura-tions according to your requirements.
VALEGRO Recirculating coolers
The new VALEGRO recirculating coolers are environmentally friendly all-rounders for a wide range of cooling and heating tasks. They are characterized by a good ratio between cooling capacity and unit size as well as an optimal usability.