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Improvements in the manufacturing process of achromatic doublet on glass (ADG) Fresnel lens

机译:玻璃(ADG)菲涅耳透镜在玻璃(ADG)玻璃晶体上的制造过程的改进

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The manufacturing method developed to obtain Achromatic Doublet on Glass (ADG) Fresnel lenses results in an optical system with high concentration while maintains a reduced cost. Recent improvements in the manufacturing process are presented in this paper. First, an adhesion promoter has been used in order to enhance adhesion between plastic and elastomer interface. This avoids the efficiency drop caused by delamination due to changes in temperature through the day. Second, the whole lamination process has been almost completely automatized, requiring the intervention of a human operator only to place the lens inside the laminator. Finally, a new injection mold based on nickel stamper technology has been manufactured improving the geometrical characteristics of the plastic element of the lens (lower draft angle and tip rounding).
机译:开发的制造方法在玻璃(ADG)菲涅耳透镜上获得消色差双板导致具有高浓度的光学系统,同时保持降低的成本。本文提出了最近的制造过程的改进。首先,使用粘合促进剂以增强塑料和弹性体界面之间的粘附性。这避免了由于当天的温度变化引起的分层引起的效率下降。其次,整个层压过程几乎完全自动化,需要人工操作者的干预,仅将镜头放在层压机内。最后,已经制造了一种基于镍压模技术的新型注塑模具,从而提高了透镜的塑料元件的几何特性(较低的绘图角度和尖端圆角)。

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