Sustainably packed: less plastic, less CO2 – more environmental responsibility

Packaging more efficiently – with measurable impact

At our Domat/Ems site, modern conveyor systems and fully automated pallet wrappers ensure efficient shipping preparation. To secure products for transport, pallets are wrapped in plastic film – a critical step in the logistics chain.

Until recently, we used a 20-micrometer thick power stretch film made of Low-Density Polyethylene (LDPE). While it performed well in terms of tear resistance and flexibility, LDPE comes with relatively high weight – and a corresponding carbon footprint.

As part of our sustainability initiatives, we replaced the existing solution with a more efficient alternative: a 17-micrometer stretch film made of (Linear Low-Density Polyethylene (LLDPE). Thanks to its innovative material structure, the new film offers the same level of stability despite being thinner – and requires significantly less material.

Tangible results at a glance:

• 1% less plastic
  Annual film consumption has been reduced from 2,046 kg to approximately 1,226 kg – an annual saving of 820 kg plastic.
• 6% fewer CO₂ emissions
  The new film not only uses less material but also lowers the carbon footprint by approximately 2,246 kg per year.

Small change, big impact

What may appear to be a minor technical adjustment actually highlights the potential of sustainable process optimization. This new stretch film is part of a broader series of targeted measures through which Hamilton intelligently combines environmental awareness with operational efficiency – even beyond the visible product landscape.

With innovation, responsibility, and a clear vision, we are shaping a more sustainable future – for medical technology and beyond.