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Controlled, consistent and compliant surface engineering

机译:受控,一致且合规的表面工程

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摘要

The medical device market has experienced unprecedented growth over the last 30 years, with devices giving patients access to more accurate and timely treatment in ways previously unimaginable to healthcare professionals. In line with this boom, the quest to make more innovative, safe and reliable medical devices is increasing demand for the modification of polymers to achieve specific surface engineering properties.Polymer modification generates new possibilities in functionality and design. It can improve the way a device performs or patient comfort; for example, making it easier to administer biologies that have higher viscosities than traditional medications. Modification of the polymer adds the colour necessary to aid identification; or boosts the visual appeal of devices such as insulin pens, inhalers and self-testing equipment aimed at the expanding self-administered medication market.However, the drive for medical technology innovation is taking place in an environment of rising scrutiny from regulatory bodies. More than ever before, device manufacturers are being asked to evaluate the potential risk factor of the materials used in their products, and changes to these materials in the supply chain.
机译:在过去的30年中,医疗设备市场经历了空前的增长,其设备使患者能够以医疗专业人员无法想象的方式获得更准确,及时的治疗。伴随着这一繁荣,制造更多创新,安全和可靠的医疗设备的需求正日益要求对聚合物进行改性以实现特定的表面工程性能。聚合物改性在功能和设计方面产生了新的可能性。它可以改善设备的运行方式或患者舒适度;例如,比传统药物更容易管理粘度更高的生物。聚合物的改性增加了有助于识别的必要颜色;旨在扩大自我管理药物市场的设备,例如胰岛素笔,吸入器和自检设备的视觉吸引力。然而,在监管机构日益严格的审查环境中,推动了医疗技术创新。越来越要求设备制造商评估其产品中使用的材料的潜在风险因素,以及供应链中这些材料的变化。

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