The machines are designed to meet tough demands regarding hygiene, product quality, operational efficiency and automation. They provide versatility, increase yield and preserve product safety. Whatever your flavor, you can process it with GEA.
The extensive product range covers everything from individual, stand-alone machines to complete processing lines. Our overriding objective is to improve customers’ operational and financial performance in terms of productivity, yield, quality and cost-effectiveness. We do this by providing reliable and robust solutions that have a positive and measurable impact on our customers’ businesses.
Products
Showing 4 of 24

Automation for Food Processing
Optimum operation of even the best machines or installations is only possible, if they are partnered with control systems of equal quality.

Frying oil filtration
Good filtration is essential to prolong the lifespan of your frying oil, promote high product quality and minimize waste. GEA Oberlin Filter range offers an advanced, high performance solution that suits perfectly the GEA fryer range and is available in three different capacities.

Frying oil management
Oil is a complex and expensive commodity; managing it efficiently saves processing costs and ensures consistently high food quality for the consumer.

GEA BreadingFeeder
The GEA BreadingFeeder is a dedicated machine designed for feeding a wide range of bread crumbs into the GEA CrumbMaster. The BreadingFeeder reduces the labor requirement, while the large crumb buffer helps to reduce downtime and supports faster product changeover.
Downloads

Food processing & packaging technology centers
Test before you invest!
Related Videos
Innovating together. Succeeding together. GEA at IFFA 2025
60 years of Food Processing
After movie GEA Pre-IFFA event 'A taste of the Future of Food'
GEA Insights

The water equation
Across Europe, drought is a recurring reality – and no longer confined to the south. While water increasingly shapes where industries locate, its value is determined by local context. There are many technological routes to water efficiency in industrial processes, but location, energy needs and other factors are also key.


