3D laser scanning is an effective method for mapping existing facilities, structures, MEP (Mechanical, Electrical, and Plumbing) systems, architectural details, and the topography of a site. It involves using a laser scanner that emits and captures millions of data points to create a highly accurate and detailed 3D model of the scanned area.

 

3D laser scanning enables precise measurements, documentation, and visualization of complex environments. It is widely used in construction industries and archaeology due to the improved productivity and reduced errors. For example, it is used for accurate as-built documentation, clash detection, design verification, and efficient planning and management of projects.

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三維激光掃描是一種有效的方法，用於繪製現有設施、結構、機電（機械、電氣和管道）系統、建築細節以及場地地形。它採用激光掃描儀發射和捕捉數百萬個數據點，從而創建被掃描區域的高精度及詳細的三維模型。

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三維激光掃描實現了複雜環境的精確測量、文檔記錄和可視化。由於提高了生產力和減少了錯誤，這種技術在建築行業和考古領域得到了廣泛應用。例如，它被應用於準確的竣工記錄、碰撞檢測、設計驗證，以及項目的有效規劃和管理。