Avery Dennison launches BD iDFill syringes with RFID authentication

New RFID traceability and authentication technology will be showcased at Pharmapack in Paris, France.

Avery Dennison has launched BD iDFill, an individual pre-fillable syringe identification developed in partnership with Becton and Dickinson and Company (BD), providing new RFID traceability and authentication technology.

RFID tags are embedded into the rigid needle shield of the syringe, forming an intrinsic part of the product. While allowing the fundamental design of the syringe barrel to remain unchanged, the smart needle shield gives a digital identity to the PFS.

The integrated RFID carries the container’s unique identifier (CUID) that enables unit-level traceability through the entire life cycle of the PFS. The unique serial number can also facilitate authentication of a PFS at the point of care.

‘As passionate RFID enthusiasts and experienced solution providers, we are pleased to see this technology making its way into the healthcare industry. The transformative power of RFID lies in its ability to uniquely identify individual items, moving beyond traditional batch monitoring. Our industrial customers already save time and reduce costs with RFID adoption, and we foresee a similar trajectory benefiting pharmaceutical companies in the near future. We are particularly excited to join this journey alongside Avery Dennison and Becton, Dickinson and Company,’ says Heikki Haavisto, managing director at Turck Vilant Systems.

Barbara Van Rymenam, senior director of healthcare at Avery Dennison Smartrac, added, ‘By tracing individual units, manufacturers can mitigate risk related to mix-ups and use advanced analytics to optimize the manufacturing process. The solution is designed to meet stringent industry requirements while enhancing operational efficiency.’

The latest product will showcased at the upcoming Pharmapack event in January 22-23 in Paris, France, Avery Dennison will host authentication demonstrations at its booth in partnership with Turck Vilant Systems.