An aircraft is a heavier-than-air aircraft that flies in the atmosphere by generating lift from the fixed wings of its fuselage. Aircraft fuselage and parts will inevitably be damaged during use. It is difficult to supply spare parts in a timely manner like other mechanical parts, so maintenance is very important. Through three-dimensional scanning technology, the shape data of the aircraft and its parts can be quickly and accurately obtained and analyzed and detected.

        The customer mainly wants to retain the data of the entire aircraft for future reverse design, etc. If there is a problem with the aircraft, the data can be used for reference and comparison. The scanning accuracy must meet customer requirements, the data splicing and fusion must be high, the overall scanning time must be fast, and the work efficiency must be high. It must replace the existing traditional measurement methods and introduce fast and simple methods.

Aircraft physical picture

        Use HOLON 3D handheld 3D scanner Model 37 to comprehensively scan the aircraft to obtain high-precision 3D data with fast scanning speed. The handheld 3D scanner Model 37 has three scanning modes, with deep hole scanning and fine scanning; multiple scanning laser beams, fast scanning speed, improved work efficiency; and high accuracy of data acquisition. Scan and obtain data, import it for post-processing optimization, and conduct post-detection and analysis of the data.

Aircraft scanning STL data chart

Aircraft scanning STL data chart