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Stereolithography: Three Decades of UV Technology Innovation

机译:立体光刻:紫外线技术创新的三个十年

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摘要

Since the first patent application in the field was officially filled in 1984, stereolithography (SL) has advanced to become a fascinating technological innovation. This technology uses digital data to create complex three-dimensional structures by curing a liquid resin using a UV laser. The parts fabricated from there have been widely applied for model verification, functional testing and direct manufacturing because of the accuracy, speed and versatility of the SL process. It serves many industries, including service bureaus, consumer products, automotive, medical/ dental, motorsports, aerospace and architecture, as well as academic and government/military. The tremendous success of stereolithography came about because of advances in photocurable materials, UV laser technology and 3D computer imaging. This paper will review the different technological achievements that allowed for the growth of stereolithography.
机译:自1984年正式完成该领域的第一项专利申请以来,立体光刻(SL)已发展成为一项引人入胜的技术创新。该技术使用数字数据通过使用UV激光固化液态树脂来创建复杂的三维结构。由于SL工艺的准确性,速度和多功能性,由此制造的零件已广泛应用于模型验证,功能测试和直接制造。它为许多行业提供服务,包括服务局,消费品,汽车,医疗/牙科,赛车,航空航天和建筑,以及学术界和政府/军事机构。立体光刻技术的巨大成功归功于光固化材料,紫外线激光技术和3D计算机成像技术的进步。本文将回顾允许立体光刻技术发展的不同技术成就。

著录项

  • 来源
    《RadTech report》 |2015年第1期|12-19|共8页
  • 作者

    Kangtai Ren;

  • 作者单位

    DSM Functional Materials;

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  • 原文格式 PDF
  • 正文语种 eng
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