Nowadays, social handicrafts have become indispensable items in people’s lives. With the development of society, handicrafts have formed industrialized commodities. However, with the increase of people’s purchasing power, it is difficult for hand-carving to supply market demand. In the era, machine engraving needs data support to be realized. Innovative design requires a lot of manpower and expense, but it is easy to implement secondary design or imitation on the basis of originality. That is to use a three-dimensional scanner to scan the original or the produced prototype into 3D data and input it into the computer. Combined with computer drawing software for modification or design, it can be mass-produced and processed with engraving machines.

3D scanning Kylin engraving workpiece reverse solution-handheld laser 3D scanner

Customer demand:

1. Can obtain the surface data of kirin to assist the rapid design

2. Able to accurately obtain 3D data of complex surfaces

3. Improve design time and reduce labor

Current difficulties that customers need to solve:

High cost of carving: Traditionally, carving is done by hand, which is very slow and labor cost is very high;

Difficulty in mass production: It is difficult for manual engraving to provide a certain quantity of quality products in a short time for the same hot-selling products.

1. Preparation

Firstly, a small number of marking points are pasted on the surface of Kylin (the material is sculpted clay), and the marking points are used for splicing.

2. Then use a handheld laser 3D scanner to scan it from multiple perspectives. The scanned data will be input into the computer software through the data line. This data is a 3D grid data format of STL, which can be connected to multiple drawing software. It can be directly used for 3D printer printing, and customers can also modify it according to their own needs, and then use the engraving machine to process and produce.

Highlights of the handheld laser 3D scanner used in the Kirin 3D scanning reverse solution

1. Using non-contact three-dimensional scanning, will not cause any damage to the surface of the object

2. Multi-angle scanning and automatic splicing can avoid dead ends as much as possible

3. The operation is simple, and the data texture of the craft can be quickly obtained

4. High scanning accuracy and fast speed

Summary

The Kirin carved parts are carved with oily clay, so they have a certain degree of softness and are not suitable for turning. Therefore, our technical engineers use handheld laser 3D scanners to scan, try to avoid turning the Kylin carved workpieces, and can quickly engrave Kylin The workpiece was scanned in 3D. The customer saw the 3D data of the Kylin engraved workpiece on site, and the customer was very satisfied with the scanned details.