在工业应用中使用高辐射通量,高分辨率DMD光引擎

A. Müller, S. Ram
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摘要

工业投影机的应用领域日益扩大。基于新型数字微镜器件(DMD)的应用,如3D打印、3D扫描、印刷电路板(PCB)板打印等正变得越来越复杂。随着新的、更严格的要求的出现,对投影系统的技术要求也在不断提高。工业投影系统的规范与商业和家庭投影机的规范有很大的不同。激光飞船的设计是为了取悦人类的眼睛。明亮的色彩和图像增强远比照明均匀性或图像失真更重要。人眼,再加上大脑的处理,可以承受相当高强度的屏幕变化和图像失真。另一方面,为专门领域使用而设计的投影机必须根据其独特的要求进行定制,以保证质量不打折扣。例如,当图像投影到光敏树脂上时,良好的光照均匀性对于良好的材料硬化(固化)效果至关重要。对硬件和软件的要求通常非常具有挑战性。在接下来的文章中,我们将回顾一些在设计工业投影仪时必须仔细考虑的参数,以便在不妥协的情况下获得最佳效果。
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Use of high-radiant flux, high-resolution DMD light engines in industrial applications
The field of application of industrial projectors is growing day by day. New Digital Micromirror Device (DMD) - based applications like 3D printing, 3D scanning, Printed Circuit Board (PCB) board printing and others are getting more and more sophisticated. The technical demands for the projection system are rising as new and more stringent requirements appear. The specification for industrial projection systems differ substantially from the ones of business and home beamers. Beamers are designed to please the human eye. Bright colors and image enhancement are far more important than uniformity of the illumination or image distortion. The human eye, followed by the processing of the brain can live with quite high intensity variations on the screen and image distortion. On the other hand, a projector designed for use in a specialized field has to be tailored regarding its unique requirements in order to make no quality compromises. For instance, when the image is projected onto a light sensitive resin, a good uniformity of the illumination is crucial for good material hardening (curing) results. The demands on the hardware and software are often very challenging. In the following we will review some parameters that have to be considered carefully for the design of industrial projectors in order to get the optimum result without compromises.
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