本計畫的目標為開發一種掃描式LED平行曝光機，利用光場分佈演算技術，建構掃描式LED平行曝光機模型，考量工業4.0下配合綠色能源的議題，使用UV-LED取代傳統氙氣燈，並建立預補償系統，達到生產線最佳化自動調整的能力。本計畫的主要目的為建立掃描式LED平行曝光機的模型，設計半角3度與半角4度的的LED單光源模組，再配合光源相關的機構設計分析誤差，並考慮LED的光衰變現象，建立預先補償機制，進行22×25曝光機光學模組的設計與分析，最終進行簡易循環掃描式曝光機的試製與驗證，以期許能夠使的掃描式LED平行曝光源裝置擁有高程度的光學品質。 ;The goal of this project is to develop a scanning LED of parallel exposure machine, using light field distribution calculation technology to construct a scanning LED of parallel exposure machine model. Considering the topic of supporting green energy under Industry 4.0, we use UV-LED to replace the traditional xenon lamps. Set up a pre-compensation system to reach the ability of production line optimization and automatic adjustment. The main purpose of this project is to build a model of a scanning LED of parallel exposure machine and design a LED single-light source modules with a half-angle of 3 degrees and a half-angle of 4 degrees. Then analyze the errors related to the design of the light-source-related mechanisms, and consider the light decay phenomenon of LEDs. Set up a pre-compensation mechanism, analyze the module of the 22 × 25 exposure machine. Finally, trail production of simple cycle scanning exposure machine. It is expected that the scanning LED parallel exposure source device can have a high degree of optical quality.
