Sealed syringe blister

Sealed syringe blister
Sealed syringe blisters with variable cover films provide syringes with the highest level of protection against external influences. Additionally, the easy separation via perforation makes them particularly user-friendly, as time is often of the essence in medical settings.
Blister with tear tab

Blister with tear tab
Everyday hospital use, surgeries, and emergency medicine require special secondary packaging. The used plastics should have high barrier properties and be sterilizable, while also allowing for quick and safe handling with gloves. Blister packaging with a tear tab combines all of these features into one packaging design.
Blister as combi pack

Blister as combi pack
No matter how different components need to be assembled in one package, combi-pack blisters offer maximum flexibility with minimal volume, while meeting the highest hygiene and ergonomic standards.
Blister serialization and track and trace
Whether it's a combo pack, syringe blister, or blister with a tear tab, parenteral products packaged in blister packs can be seamlessly traced throughout the entire transportation process with the help of Medical Device and Cold Chain Tracking. Within the production process, pharmaceutical companies have several options for serialization and aggregation.
Blister packages for parenteral products: their benefits at a glance
Thanks to the sealing of the backing foil.
Through medical device tracking and cold chain tracking.
Thanks to the easy separation of products through perforation of the blister.
Thanks to the possibility of using different materials for the blister's shape and backing foil.
For optimal use of space in a folding box.
Through PET mono-blister or separation of recyclable backing and shape foil.
Thanks to sealing with backing foil and sterilization in the autoclave.
Through the possibility of processing reusable shape and backing foils: PET, R-PET, BIO-PET, HDPE, COC, or PVC foil.
Thanks to the precise product fixation, parenteral products are protected from mechanical stress.