Highest loading flexibility
The GEA FlexLoader is a user friendly and space saving loading system, ideal for loading thermoformer or traysealer. With the GEA FlexLoader, a fully automatic loading of thermoformer machines with sliced portions or pieces is possible. Overlapping or stacking single products to a complete portion is easily viable.
Also, a stand-alone GEA RetractLoader or a combination of two GEA RetractLoaders is available. In the event of changing a format configuration, the operator only needs to select another machine program. The intelligent distance measurement and belt-speed calculation in combination with servo drives guarantees high positioning accuracy.
Loading reliability you can count on
- Proven expertise in slicing, loading & packaging
- Great know-how and complete portfolio to supply complete lines
- High flexibility, easy operation, reliable service and maintenance support
Loading flexibility you need
- Reject belt in 4 different width available
- Machine foot print can be customized
- Change of format configuration only by recipe change
- Many different portion patterns can be made
Loader easy to operate and maintain
- Operator interface with same philosophy as slicer and thermoformer
- Very open design and accessibility
- Fast preparation for cleaning, easy and quick belt removal without tools
Downloads
Service Products
GEA Service level agreements
Discover how GEA’s advanced technologies and tailored services optimize productivity, sustainability, and automation for your food processing or packaging business.
GEA First Aid Kits
In the food packaging industry, performance is paramount. High-speed slicing and packaging systems must function flawlessly to maximise productivity. Any unscheduled downtime is unacceptable, so it’s essential that you keep your equipment healthy.
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.
