In June 2026, a pharmaceutical packaging recycling project in Portugal entered a new phase of equipment testing. The volume of used pharmaceutical blister packs—composed primarily of aluminum and plastic—being handled by the local recycling facility was steadily increasing.
As processing volumes grew, the limitations of the existing methods became apparent. Manual sorting was time-consuming, and some materials required multiple processing steps to achieve the desired separation quality. For the production team, increasing efficiency without adding operational complexity became a key priority.
After discussing material characteristics and processing requirements with the client, Sure Origin recommended a specific recycling system for used pharmaceutical blister packs and arranged for testing using actual raw materials.
During testing, the blister packs were first processed through a shredding system and then separated based on material properties. Compared to the previous manual method, the overall process was streamlined, eliminating the need for repetitive handling.
The effectiveness of aluminum-plastic separation was a primary focus. Because the aluminum and plastic in pharmaceutical blister packs are tightly bonded, maintaining consistent separation performance is crucial for subsequent processing and recycling. The resulting material streams were of more uniform quality, facilitating easier collection and downstream processing.
There was also a significant reduction in manual labor intensity. Operators no longer had to spend the majority of their time on repetitive preparation and sorting tasks; instead, they could focus their efforts on feeding materials, monitoring equipment, and inspecting the quality of the recycled output.
Equipment layout was another practical consideration. The system features a compact design, allowing it to be integrated into the production area without requiring major modifications to existing facilities. This not only simplified the installation process but also helped the client make more efficient use of their existing workshop space.
Equipment stability is also vital for continuous recycling operations. The system utilizes a robust structure and components designed for standard industrial use, ensuring a stable workflow during prolonged production runs. Additionally, the optimized processing system helps control energy consumption.
Following installation, Sure Origin provided guidance on equipment commissioning and operator training, enabling the production team to become familiar with operating procedures and routine maintenance requirements. By September 2026, the facility had established a streamlined process for handling used pharmaceutical blister packs, which not only reduced manual labor but also achieved more consistent separation results. Experience gained from recycling projects involving aluminum-plastic composite medical packaging highlights a practical key point: an effective recycling process is not merely about material separation; it is equally important to ensure that the entire operation is easy to manage and maintain while delivering stable performance.
