LAM'ON and Canapack Bring a Fresh Layer of Sustainability to Italy’s Packaging Scene

LAM'ON and Canapack Bring a Fresh Layer of Sustainability to Italy’s Packaging Scene

Sofia, Bulgaria / Emilia-Romagna, Italy – [July 3rd, 2025] – LAM'ON, the Bulgarian innovator behind bio-based and compostable films, is officially partnering with Canapack, an Emilia-Romagna-based leader in sustainable packaging. Canapack will now distribute LAM'ON’s products across Italy, supporting local brands in their transition to smarter, planet-friendlier packaging.

This partnership comes at a time when Italian companies are rethinking how they wrap, seal and ship their goods, evolving beyond fossil-based options. LAM'ON’s PACK’ON Crystal, PACK’ON Haze, and PACK’ON Shrink offer exactly that: compostable, bio-based films designed for performance and built for a circular economy.

With Extended Producer Responsibility (EPR) regulations shifting across Europe, including Italy’s BIOREPACK system, this move is more than timely – it’s strategic.

“We’re excited to have Canapack supporting us in this journey. They bring valuable experience in the Italian market and practical know-how on what manufacturers actually want, not just what looks good on paper. It’s great to work with a partner who shares our drive for innovation, but also knows how to get things done,” said Angela Ivanova, Co-founder and CEO of LAM’ON.

“We are proud to join forces with LAM’ON as their official distributor in Italy,” explained Sara Casalini, Canapack Co-founder & CEO, “Their commitment to biodegradable, plastic-free packaging solutions perfectly aligns with our mission at Canapack: offering innovative and sustainable alternatives that reduce the environmental impact of packaging. Together, we aim to accelerate the transition towards a circular and fossil-free packaging industry.”

LAM’ON’s packaging films are made from renewable resources with ethical origin and are certified compostable. They offer reliable strength, compatibility with existing packaging equipment, and a printable surface. All while leaving no trace of microplastics behind.