Aircraft wings are made up of many parts, including brackets, connecting plates, support seats, etc. These are made of aviation-specific materials, are light in weight and high in strength, and have high requirements for the dimensional accuracy of product features.
Inspection process
The product is quickly clamped by a special fixture to firmly fix the product, which can ensure that the product will not move during measurement and ensure the stability of the data.
The X1 scanning probe has multiple functions, supporting single-point measurement, self-centering measurement and continuous high-speed scanning. During the workpiece measurement process, first call in the written measurement program, and use the trigger function of the scanning probe to roughly locate the workpiece. The program can automatically run to accurately locate the workpiece.
The X1 scanning probe performs rapid and continuous scanning of mounting hole groups, external curved surfaces, complex contours, etc., greatly saving measurement time. After the measurement, it automatically outputs the position, distance, angle of the mounting surface and contour of the external curved surface according to customer requirements, so that quality personnel can quickly check whether it is qualified.
Solution Advantages
By quickly importing the model, selecting features and rotating the offset to quickly establish the coordinate system, the rapid selection and evaluation of features can complete the product programming according to the drawing requirements without the product. The real-time simulation can avoid collisions and improve the inspection efficiency. The visual report can facilitate the inspection personnel to continuously monitor the status of the processed products.
Key points of spar inspection
1. Spar curvature
2. Inspection of basic dimensions such as thickness, width, and length of the spar flange web
3. Inspection of position such as parallelism between riveted spar
