直接数字增材制造技术:走向混合集成的道路

P. Joshi, R. Dehoff, C. Duty, W. Peter, R. Ott, L. Love, C. Blue
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引用次数: 37

摘要

在过去的十年中,增材制造和印刷电子技术在全球范围内迅速发展。随着增材制造技术变得越来越有能力和负担得起,并且能够与更广泛的材料一起工作,这些机器越来越多地用于以更低的成本和风险制造先进的产品。增材制造行业由一系列广泛的技术组成,本文概述了关键的增材制造技术及其对材料加工、设备应用和未来市场的影响。我们在实现柔性电子和三维微尺度结构的核心技术开发方面的研发工作也得到了强调。
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Direct digital additive manufacturing technologies: Path towards hybrid integration
In the past decade, additive manufacturing and printed electronics technologies have expanded rapidly on a global scale. As the additive manufacturing techniques have become more capable and affordable, and able to work with a broader range of materials, the machines are increasingly being used to make advanced products at significantly lower costs and risks. The additive manufacturing industry is populated by a broad family of technologies, and the present paper provides an overview of key additive manufacturing technologies and their impact on materials processing, device applications, and future markets. Our R&D efforts on the development of core technologies for the realization of flexible electronics, and 3D microscale structures are also highlighted.
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