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

Practical problems

1. The mold of guitar instrument box is bulky and bulky, with many internal edge radians, large curvature changes and many vertical inclined planes, which increases the difficulty of scanning. The traditional measurement method is very cumbersome, which not only wastes time, but also has inaccurate accuracy.

2. Since the scan data of the guitar instrument box mold involves quality inspection, reverse engineering and secondary design, customers have very high requirements for the accuracy of the scan data.

Picture of guitar instrument box mould

Holon solutions

The volume of the mold of the guitar instrument box is large and bulky. The traditional measurement method can not accurately measure the three-dimensional data of the mold surface and approximate vertical surface of the guitar instrument box, which can not meet the needs of customers. Hualang 3D Technical Engineer: use the photo 3D scanner hl-3ds + to quickly scan the 3D data of the guitar box mold, with high scanning accuracy, fast speed, convenient operation and short time consuming, so as to meet the customer's scanning needs and successfully solve the customer's problems.

Scanning scene of guitar instrument box mold

STL data chart of guitar instrument box mold

STL data chart of guitar instrument box mold

STL data chart of guitar instrument box mold