A large international airline needs to scan the inner wall of the aircraft hood to obtain ultra-high-precision three-dimensional data, so as to model and repair the inner wall of the aircraft hood to save cost and time. Reduce the difficulty for later mold processing and repair work.

Practical problems
1. The inner wall of the aircraft hood is large in volume and has many curved surfaces. Customers have very high requirements for the accuracy of the 3D data on the inner wall of the aircraft hood to ensure that the accuracy can meet the standard.

2. The curvature of the outer surface of the inner wall of the aircraft hood is difficult to measure through manual comparison. The customer requires that complete and accurate data can be obtained in a short period of time, so that the follow-up work can be carried out quickly, and the subsequent repair modeling can be carried out smoothly. Reduce costs and save time.

Holon solutions

According to customer requirements and problems, Hualang 3D technical engineers put forward a solution: use our latest ultra-large format scanning equipment, the camera-type 3D scanner HL-W3000 to quickly and accurately obtain the 3D data of the inner wall of the aircraft hood and scan it. The exported 3D data is imported into the software to fit the STL triangle mesh surface, and then imported into the 3D design software for modeling and repair. The product structure design and improvement have improved the efficiency, and the follow-up work can be carried out quickly, which not only saves time but also controls the cost, and successfully solves the problems faced by customers.

The actual picture of the inner wall of the aircraft hood

Scanning scene of the inner wall of the aircraft hood

STL data map of the inner wall of the aircraft hood

STL data map of the inner wall of the aircraft hood

STL data map of the inner wall of the aircraft hood