Evo-Line

With the Evo Line’s optimized air-cooled chillers, every single eBoxX offers up to 528 kW in cooling capacity. Plus, they require little energy and help protect the environment.

Evo-Line Plus

With the optimized air-cooled chillers of the Evo Line plus, every single eBoxX plus scores with a high output of up to 541 kW - 971 kW with low energy consumption and environmentally friendly operation.

Flex-Mix TPM+ Powder Mixer

Inline mixer for dispersing easily dissolved powders into a liquid, a simple and effective solution typically used for products such as for recombined dairy products, sugar solutions and brine.

FXT Cooling Tower

The FXT cooling tower delivers efficient performance and has the lowest operating costs for small scale projects.

FXV Closed Circuit Cooling Tower

Minimize your system energy, maintenance, and installation costs with the FXV closed circuit cooling tower, the industry standard for closed-loop systems.

FXV3 Closed Circuit Cooling Tower

The FXV3 Closed Circuit Cooling Tower is perfect for applications to maximize system efficiency and space savings for large projects.

GEA Grasso FX GC / GEA Grasso FX GCduo

VISIOCOVER® (patented) is a transparent sanitary cover that provides access to process equipment and enables visual inspection. Based on the proven hygienic design of GEA’s SANICOVER®, it’s easy to use and compliant with EHEDG guidelines.

GEA Grasso Maintenance Monitor (GMM)

The GEA Grasso Maintenance Monitor is a compact microprocessor physically mounted on the compressor body of the GEA Grasso V series and is a standalone unit monitors on line the relevant data to determine

GEA Omni Control Panel

EA is synonymous with precision-engineered solutions and the GEA Omni control panel extends its legacy of leadership and innovation.

High Power Chiller – Arctic

The ARCTIC series generates 200 – 1,000 kW in refrigerating capacity to cool industrial processes.

High Power Chiller Arctic

The ARCTIC series generates 200 – 1,000 kW in refrigerating capacity to cool industrial processes. The waste heat entailed in this can subsequently be utilized, without requiring any additional energy input

High Power Heat Pump – Magma

The thermodynamic processes behind the chiller technology entail that wherever cold is generated, heat arises as well.