A well-known musical instrument manufacturer needs to perform three-dimensional measurement on the guitar instrument box mold, obtain high-precision three-dimensional data, and combine reverse engineering software to design the later guitar mold, accelerate the development of new products, improve production efficiency and save costs.

Practical problems

1. Since the guitar instrument mold scanning data involves quality inspection and reverse engineering and secondary design, the accuracy of the scanning data is very high.

2, the guitar instrument box mold is large and bulky, the inner edge has more curvature, the curvature changes greatly and the vertical slope is more, and the scanning difficulty is increased. The traditional measurement method is very cumbersome, not only wastes time, but also the accuracy is not accurate enough.

solutions

The guitar instrument box mold is bulky and cumbersome. There will be errors in the production process. Due to the traditional measurement method, the acquired data is limited and the 3D data of the guitar instrument case mold surface and the approximate vertical surface cannot be accurately measured. Engineer: Using the camera-type 3D scanner HL-3DS+ to quickly scan the 3D data of the guitar instrument box mold, the scanning precision is high, the speed is fast, the operation is convenient and the time is short, the customer scan demand is met, and the customer problem is successfully solved.

Guitar instrument box mould renderings

Guitar music box mold live physical map

Guitar music box mould STL data chart

Guitar music box mould STL data chart

Guitar music box mould STL data chart

Guitar music box mould STL data chart