Pharmaceutical Glass Containers: New Laser Coding Techniques

Glass syringes can now be coded individually/safely without micro cracks/reliable cargo tracking.

A brand-new innovative laser coding system can be used for injection glass containers that must be clearly coded by a glass syringe manufacturer, from production to end-user tracking. This innovation can help pharmaceutical companies develop a reliable cargo tracking system and further reduce the number of syringes and batches for combined risk actions. At the same time, this laser coding technology is an effective means to combat drug falsification.

A brand-new innovative laser coding system can be used for injection glass containers that must be clearly coded by a glass syringe manufacturer, from production to end-user tracking. This innovation can help pharmaceutical companies develop a reliable cargo tracking system and further reduce the number of syringes and batches for combined risk actions. At the same time, this laser coding technology is an effective means to combat drug falsification.

Benefits: The patient's safety of drugs and diagnostic products is guaranteed. The laser-encoded container meets the requirements of the cleanroom standard and there are no codes required for other chemical substances or materials. In addition, laser coding systems can be easily integrated into existing filling systems, providing a stable, highly repeatable and safe process.

The laser-encoded process is developed and tested under conditions of production, from a panel of experts in the pharmaceutical industry, to glass tube production and software and vision inspection drug packaging suppliers. The companies involved are Roche Diagnostics Ltd., SCHOTT Company is expected to vitrum, SCHOTT, Rohrglas GmbH, Seidenader Vision GmbH and Vesdo AG. The concept of mass production has now proved that the process is therefore ready for implementation.

Different tests have demonstrated that the reason for the laser code is no cracks and there is no effect on the mechanical stability of the glass. This process can be safely coded with each individual container 2D data matrix code so that it is 100% readable. In order to ensure 100% readability of the surface of the syringe's curved glass surface, the team has developed specific algorithms and test methods.

The concept of laser coding also provides documentation tools that can include clues such as information for each container: production site, date of completion, expiration date, or day of use. The code is tiny - only 2mm. The two-dimensional data matrix code is marked to the container almost can not see the human eye, but for a database record contains data about individual items, such as drug specifications, dose, production line, batch, index allows. The record can have more data that is added during the product life cycle.

This process can be used for syringes as well as bottles, bullets and ampoules.

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