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3D printing in chemistry: Past, present and future

机译:化学3D打印:过去,现在和未来

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During the last years, 3d printing for rapid prototyping using additive manufacturing has been receiving increased attention in the technical and scientific literature including some Chemistry-related journals. Furthermore, 3D printing technology (defining size and resolution of 3D objects) and properties of printed materials (e.g., strength, resistance to chemical attack, electrical insulation) proved to be important for chemistry-related applications. In this paper these are discussed in detail. In addition, application of 3D printing for development of Micro Plasma Devices (MPDs) is discussed and 2d-profilometry data of a 3D printed surfaces is reported. And, past and present chemistry and bio-related applications of 3D printing are reviewed and possible future directions are postulated.
机译:在过去几年中,使用添加剂制造的3D打印用于快速原型设计,在技术和科学文献中受到了更多的关注,包括一些相关的期刊。此外,3D打印技术(定义3D对象的尺寸和分辨率)和印刷材料的性质(例如,强度,耐化学攻击,电绝缘,电绝缘)对化学相关的应用很重要。在本文中,这些详细讨论。另外,讨论了用于微等离子体器件(MPDS)的3D打印的应用,并且报告了3D印刷表面的2D-轮廓测量数据。在审查和呈现的3D打印的过去和目前的化学和生物相关应用,并且可能会假设未来的方向。

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