3D疊紋微透鏡用紫外光樹脂研製與應用

本研究開發微透鏡用具可撓性之紫外光樹脂，以網版印刷進行加工製作微米級微透鏡，將紫外光樹脂印刷於塑膠基材上，再經由紫外光曝光設備進行固化，得到透明微透鏡，其中微透鏡形狀尺寸大小將透過網點設計得到，此微透鏡將應用在3D疊紋技術上，微透鏡規格的改變將影響3D成像之成品外觀成像之圖像深淺度及精緻度，本研究以共軛焦顯微鏡拍攝並量測微透鏡規格，並利用疊紋方法檢測所印製不同規格的微透鏡在不同厚度材料上成像清晰度分析。

關鍵字

微透鏡；紫外光樹脂； 3D疊紋

並列摘要

The research and development of a flexible tool microlenses ultraviolet resin, screen printing or with a microlens manufacture micron, the ultraviolet resin is printed on the plastic substrate, and then cured via ultraviolet exposure apparatus to obtain a transparent microlenses wherein the size of the micro-lens shape obtained through network design, this micro-lens technology used in 3D moiré, change the microlens specifications will affect the image of depth and delicacy of the finished appearance of imaging 3D imaging of this study was to confocal microscopy measurements taken and microlens size and use of moiré detected by different specifications microlens clear analysis of the printed image on the different thickness of the material.

並列關鍵字

Microlenses ； UV resin ； 3D Moire

參考文獻

Cox, W. R.,Chen, T.,Hayes, D.(2001).Micro-optics fabrication by ink-jet printing.Optics & Photonics News.12(6),32-35.

Google Scholar

Haselbeck, S.,Schreiber, H.,Schwider, J.,Streibl, N.(1993).Microlenses fabricated by melting a photoresist on a base layer.Optical Engineering.32(6),1322-1324.