Statues, especially figure sculptures, are the most popular works of art that show a social and cultural atmosphere. Using a handheld 3D scanner to obtain 3D data of David's plaster statue can enable students to create on the shoulders of the master sculptor and design their own works.

Practical problems

1. It is necessary to quickly obtain a three-dimensional digital model of David's plaster statue, but the David statue has a lot of curved surfaces, and the grooves on each side have different shapes, which are very complicated.

2. Traditional measurement methods have limited data and cannot accurately express the three-dimensional data of David's plaster surface.

David sculpture

Holon  olutions

1. Case requirements

Use the handheld 3D scanner to obtain the 3D data of David's plaster statue, so that students can create their own works based on the existing 3D data.

2. Three-dimensional scanning

In view of the complex surface characteristics of David's plaster statue, Hualang 3D technical engineers use the handheld 3D scanner HL-3DH-F. The handheld 3D scanner HL-3DH-F is based on curvature splicing, which is suitable for scanning objects with complex curved surfaces. It does not need to be used to assist splicing by marking points. The device automatically captures the surface information of the object and splices automatically. This handheld 3D scanner weighs only 0.70kg and is extremely convenient to use. It only takes 5-6 minutes to scan David, and complex features like David's hair can be completely restored. Hualang 3D's 3D scanner provides a new method for learning to create and design, and builds a bridge between reality and virtuality. Students save unnecessary energy waste and can focus on showing their creativity.

David's plaster point cloud data

David's plaster point cloud data