BEFORE | AFTER
Every day, we optimize our packaging processes with the goal of reducing material usage. More efficient packaging solutions help conserve raw materials and prevent packaging waste.
Everything from a single source
1 - We assess your current situation.
Based on your order-specific data, we determine your current consumption —and, if desired, we can do so directly on-site under real-world operating conditions.
2 - We’ll calculate your costs
per package—objective, transparent, and easy for you to understand at any time.
3 - We optimize your machine(s)
We analyze your packaging requirements, production volumes, and operational conditions to find the optimal machine solution for you.
Whether it’s a compact semi-automatic machine for smaller batch sizes or a high-performance fully automatic machine for 24/7 operation—we’ll recommend a solution that fits your needs, available space, and budget.
4 - We’ll find the right film for your application.
ENO® specializes in packaging technology. Drawing on our experience and expertise, we’ll find the film solution that best meets your needs.
5 - Everything under one roof!
Drawing on our many years of experience, we guide you through every step—from selection to implementation—of the right packaging solution—competently, efficiently, and tailored to your needs.
Interested?
It’s time for a change!
Just ask us!
Optimize Packaging Solutions

Every day, we optimize packaging processes and develop solutions for more efficient use of materials—for example, with our NOCore variant, which does not have a cardboard core. In this way, we help our customers further develop their packaging processes both technically and economically.
Recycling
The raw materials we use—such as polyethylene for stretch film and outer packaging, as well as cardboard—are generally recyclable and can be sent through the appropriate recycling processes.
Offcuts and production waste are collected separately, sorted, and—to the extent technically and economically feasible—sent to appropriate recycling channels and reused as secondary raw materials.





