智慧化複材視覺檢測技術開發

複合材料的使用隨著時代進步、使用者需求的增加與能源的短缺，例如運動器材的輕量化、風力葉片發電效能的提升、交通運輸工具的節能需求、與工業生產設備大型化需求…等，均使複合材料結構件朝向大型化與輕量化的趨勢。早期碳纖維複合材料製造品質檢測的部分往往是以人工肉眼的方式，不僅花費的時間多，也會出現人為的疏失，因此利用非破壞式檢測技術的輔助能夠大大的提高產能，本文將針對光學式檢測技術進行介紹。

關鍵字

複合材料；碳纖維；光學檢測

並列摘要

To keep up with progress of the times, to meet increase of user needs and to solve the issue of energy shortage, examples such as light weight requirement for sports equipment, improvement of wind power generation efficiency of wind blades, energy-saving requirement for transportation vehicles, etc., have caused the use of composite material structural parts toward large-scale and light-weight trends. In the early days, the quality inspection of carbon fiber composite materials was often performed manually by naked eye vision, which not only took a lot of time, but also caused human errors. Therefore, the use of non-destructive inspection technology can greatly improve the production capacity. This article will be focused on the introduction of optical inspection technology for composite materials.