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In recent years, the pharmaceutical packaging sector has been undergoing a profound transformation.
Regulatory pressures, growing public awareness of sustainability, and the need to reduce the environmental impact of packaging have accelerated the development of innovative solutions for blisters, one of the most widespread formats for the administration of tablets and capsules.
Traditionally, blisters have been manufactured using multimaterial combinations, mainly plastic material with an aluminum-sealed lid, capable of ensuring high protection and excellent productivity performance. However, the composite nature of these materials makes the recycling phase complex: separating plastic and aluminum is a costly, energy-intensive, and ultimately impractical process on a large scale. Hence, the push towards monomaterial blisters, designed to simplify packaging end-of-life and make it more compatible with modern recycling chains.
