Highlights
Heat-sealed blisters reduce exposure to elements and enhance product stability
Repeatable packaging workflows reduce defects and increase efficiency and high-volume outpatient dispensing
Unit-level labeling allows dosage specific batch record for increased and patient safety
Standardized GMP-compliant packaging reduces variability and supports quality requirements
Unit-Dosed Clarity
Each cavity is designed as an isolated unit dose to reduce handling errors and improve traceability throughout the medication-use process.
The blister is compatible with commonly used unit-dose packaging equipment, enabling consistent feeding, forming, and sealing.
Its geometry supports a reliable barcode application, and the optimized opening force allows predictable, low-risk handling for both clinicians and patients.
Unmatched Stability Data
Stability studies show that the APET blister provides low water vapor transmission and minimal interaction with non-sterile formulations, helping maintain potency and physical integrity over the validated period.
The material’s low moisture permeability reduces humidity-driven degradation, particularly for hygroscopic preparations. UV-blocking characteristics further limit photodegradation risks, supporting robust storage under typical clinical conditions. digital experiences and digital-first brands.
USP-Guided Protection
The unit-dose blister supports USP <795> by providing controlled, appropriately labeled packaging for non-sterile compounded preparations. For USP <800> hazardous drugs, the sealed cavity helps reduce exposure risk during handling and administration.
Recyclable by Design
Manufactured as a mono-material APET structure, the blister is 100% recyclable and avoids the challenges associated with multi-layer laminates.
The APET composition offers stable mechanical properties, chemical resistance, and compatibility with established PET recycling systems.
