3D Screen Printing Enables Application of Integrated QR Codes on Pharmaceutical Dosage Forms in Mass Production – A Game Changer

Achim Schneeberger
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引用次数: 1

Abstract

3D Screen Printing Enables Application of Integrated QR Codes on Pharmaceutical Dosage Forms in Mass Production – A Game Changer. Biomed Quick Response (QR) codes have shown enormous potential to improve the flow of information from industry to providers and patients, by enabling access to supplemental safety data, potential drug interactions, among numerous other use-cases in real-time. Advances in 3D printing technology, such as 3D screen printing (3DSP), have allowed for mass customization of pharmaceuticals down to the single-tablet level. The integration of in-drug labeling of pharmaceuticals with unique identifying information, such as QR codes, has been shown to reduce medication errors, improve patient safety, and provide a viable mechanism for remote patient monitoring and identifying counterfeit drugs. This review investigates the progress that has been made in the last few years in using QR codes for drug labeling, with a specific focus on the potential for using 3D printing technology, including screen printing, to expedite QR code integration at the single tablet level.
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3D丝网印刷使集成QR码应用于大规模生产的药物剂型-改变游戏规则
3D丝网印刷使集成QR码应用于大规模生产的药物剂型-改变游戏规则。生物医学快速反应(QR)码显示出巨大的潜力,可以实时访问补充的安全数据、潜在的药物相互作用以及许多其他用例,从而改善从行业到供应商和患者的信息流。3D打印技术的进步,如3D丝网打印(3DSP),已经允许大规模定制药物,低至单片水平。将药品的药内标签与QR码等唯一识别信息相结合,已被证明可以减少用药错误,提高患者安全,并为远程患者监测和识别假药提供可行的机制。本综述调查了过去几年在使用QR码进行药物标签方面取得的进展,特别关注了使用3D打印技术(包括丝网印刷)加速单片QR码集成的潜力。
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