The new V-Packer IM-IV is extremely versatile in terms of types of packages and packaging process: it’s designed for pillow, pillow with gussets, square bottom, 4-seal square bottom and with the adjustable inclination of the sealing core and conveyor belts, allows the product to slide smoothly through the various steps, avoiding breakage and dust.
To support the food industry towards a more sustainable packaging, the V-Packer series is equipped with dedicated sealing jaws that allows to pack with paper-based film, in addition to laminated plastic film.
Machine performance (sealing core in vertical position).
| Packaging speed (pillow bags) | Speed | Product reference | Density | |
| GEA M-Weigher H10 | Up to 80 bags / minute | Medium | 500g bags of Tubetti | 400g/l |
The perfect combination
GEA offers a complete system composed of Multihead weigher + Packaging machine permitting to meet the expectations of Customers who are looking for a single supplier to deal with.
For whom are looking for a complete solutions to handle fragile products, GEA offers the GEA M-Weigher H14-L, the weigher composed by larger buckets that allow precision weighing of even bulky and fragile product such as dry pasta nests.
Downloads
Related Products

GEA M-Weigher Series
GEA multihead weighers guarantee the highest performances thanks to their remarkable accuracy and reliability. The highest speed version with 20 hoppers, combined with a continuous motion packaging unit, is able to pack up to 130 bags per minute.

GEA V-Packer IM
The GEA V-Packer IM is an intermittent motion packaging system suitable for the handling of short cut pasta and dry granular food.

GEA V-Packer LM
High speed packaging system designed for short-cut pasta and dry granular food.

GEA V-Packer RM
High speed packaging system designed for short-cut pasta and dry granular 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.

