Lumson Group's leap into sustainability with APC's Mono-Material System. A groundbreaking solution reshaping beauty packaging, aligning brands with eco-conscious consumers.
Lumson Group has successfully obtained the licensing rights to APC Packaging's groundbreaking Mono-Material System Dropper and Bottle.
The Mono-Material System Dropper and Bottle is an innovative packaging solution addressing the pressing demand for more sustainable and eco-friendly packaging options. Due to its mono-material composition, this system is entirely recyclable with Recycle Code 5, significantly reducing the environmental impact associated with traditional multi-material packaging. The collaboration between APC Packaging and Lumson Group marks a significant stride toward establishing a circular economy in the beauty and skincare packaging sector.
"We are delighted to collaborate with Lumson Group and provide them with the licensing rights to our Mono-Material System Dropper and Bottle," said Lisa Lin, CEO of APC Packaging. "Lumson's reputation as a leader in the cosmetic packaging industry makes them the ideal partner to extend the reach of our sustainable packaging solution to the European market. This marks an exciting step forward in our mission to reshape the packaging landscape worldwide."
Lumson Group, leveraging its profound expertise in crafting packaging solutions for the cosmetic industry, is enthusiastic about harnessing the potential of the Mono-Material System Dropper and Bottle. "Our partnership with APC Packaging signifies our dedication to fostering innovation and sustainability in the packaging sector,"
The collaboration between APC Packaging and Lumson Group establishes a new precedent for the beauty and skincare industry by offering brands a seamless path to adopting more sustainable packaging practices. Lumson's acquisition of the licensing rights for the Mono-Material System Dropper and Bottle is set to ignite a transformation towards sustainable packaging solutions, empowering brands to align with consumer preferences while reducing their ecological impact.
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