五軸工具機之動態軌跡精度誤差源分析技術

五軸工具機是滿足加工高複雜度產業零組件的利器。然而，目前市場上，針對五軸工具機精度與性能檢測優化的配套解決方案並不盡完善，缺乏快速檢測且數值量化之分析工具。因此，國內五軸工具機業者急需五軸工具機動態精度誤差源分析技術，快速擬定有策略且精準的性能提升方案。本文開發五軸工具機之動態軌跡精度誤差源分析技術之軟體平台，提供動態軌跡之誤差源解耦分析與誤差源可視化圖譜模組功能，支援有策略的性能提升方案擬定，滿足五軸機急迫需要對應的軌跡切削精度量測與性能評估測試需求，加速推升國內五軸工具機技術與提高產業價值。

Five-axis machine tools are powerful tools for machining highly complex industrial components. However, the current market lacks comprehensive solutions for the accuracy and performance testing and optimization of five-axis machine tools, and there is a lack of rapid testing and numerical quantification analysis tools. Therefore, domestic five-axis machine tool manufacturers urgently need dynamic accuracy error source analysis technology for five-axis machine tools to quickly formulate strategic and accurate performance improvement plans. This article develops a software platform for dynamic trajectory accuracy error source analysis technology for five-axis machine tools, providing functions such as dynamic trajectory error source decoupling analysis and error source visualization graph modules. This supports the ormulation of strategic performance improvement plans, meeting the urgent needs of five-axis machine tools for corresponding trajectory cutting accuracy measurement and performance evaluation testing, accelerating the advancement of domestic fiveaxis machine tool technology and enhancing industrial value.