With UnitStretch Achieve 90 % energy and 50 % material savings

We convert your multipack process from shrink film to stretch film
reduce costs and improve sustainability

Save energy, increase sustainability: UnitStretch replaces heat with innovation

Multipack production without the need for energy-intensive heat - this is made possible by UnitStretchthe latest stretch film for multipack lines. As it the conventional shrinking processsavesystems with UnitStretch compared to shrink tunnels save large amounts of energy and material and significantly improve the costs and sustainability of the process.

Watch the video now!

Cost reductions

The elimination of heat results in effective energy savings of up to 90%. Furthermore, stretch films are significantly thinner than shrink films and achieve at least the same stability while using much less material. This results in higher quality multipacks and better pallet stability despite cost reductions.

Security and stability

In terms of stability and load-bearing capacity, multipacks wrapped in stretch film are in no way inferior to their shrink-wrapped counterparts - and at significantly lower cost.

At the same time, the UnitStretch multipacks ensure better pallet stability thanks to higher external adhesion.

Highly transparent

Multipacks wrapped with UnitStretch radiate their own unique value. Thanks to the highly transparent film, the primary packaging of your products comes into its own and reinforces your branding without additional printing.

Integration

Systems for processing UnitStretch can be seamlessly and
modularly integrated into existing packaging lines. By eliminating the shrink tunnel, the design is particularly compact, which saves valuable space. The systems can be configured flexibly and are suitable for a wide range of multipack sizes and schemes.

Sustainability

The elimination of the heat effect results in effective energy savings of up to 90 %.

Furthermore, stretch films are significantly thinner than shrink films and achieve at least the same stability with much less material. This results in higher-quality multipacks and better pallet stability with a better carbon footprint.