表面測量任務
功能性與流程要求透過標準化表面參數來表達，這些參數能量化地形與紋理特性。以下彙編詳述各項參數、評估建議方法及相容的測量系統。
表面粗糙度測量
三維表面紋理分析參數。從Sa/Sq到Str/Sal，用於驗證規格與表面特徵。
Maintain form and position tolerances
Verify form and position tolerances such as waviness, flatness, parallelism and tilt. Optical 3D surface metrology delivers reliable results—even in bores.
微結構表面測量技術
微結構與納米技術的地形學與動力學。三維幾何結構、粗糙度與時間解析運動。
平整度、厚度與平行度
平面度、厚度與平行度（FTP）測量技術，可於單次操作中同步完成頂部與底部的表面形貌測量。
塗層與層厚
三維塗層品質控制。評估預塗層紋理、後塗層缺陷及薄膜厚度
摩擦學分析
採用三維表面輪廓儀進行摩擦學分析。評估摩擦、磨損及潤滑性能。
合格/不合格分析
WLIs 提供快速、客觀且易於使用的區域性 3D 資料合格/不合格反饋。亞奈米級 Z 軸與配方驅動的工作流程支援線上 SPC。
各行業中的表面測量技術
不同產業基於功能、可靠性與合規性需求，對表面特性提出各異的規範要求。以下頁面統整常見應用領域與零件類型、典型參數目標值，以及相應的量測方法與系統方案。
各類工作區域的表面解決方案
量測系統的需求因環境與工作職能而異。製造業著重於產能與操作便利性；大學、研發機構及品質實驗室則要求靈活性與精確度。
作品集——從宏觀到微觀的地形學
微型分析儀
Micro.View systems are optimized for ultra-high-resolution measurements in the sub-nanometer range. With focused optics and high vertical resolution they enable detailed analysis of microstructures, surface finish and material distribution where even the smallest deviations matter.
巨觀分析器
Pro.Surf systems enable fast, area-based 3D topography measurements with telecentric optics. They support reliable inspection of flatness, shape, parallelism and step heights across wide fields of view and in-bore features.
Metro.Lab
Metro.Lab是一款紧凑型广域表面轮廓仪。它将卓越的测量性能与小巧的占地面积完美结合，特别适用于空间或预算受限但仍需可靠3D表面数据的应用场景。
選擇合適的表面處理方案，請放心選用轮廓仪 ——透過我們的「先試用後購買」方案，讓您輕鬆獲益。
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