High precision 3D scanning service

3D scanning service can transform the physical model into three-dimensional drawings in STL format quickly. At present, we mainly use high-precision 3D scanner to accurately scan the parts that need to be scanned.The accuracy can reach 0.05mm.

3D scanning is the process of analyzing objects from the real world and collecting all the data to digitally reconstruct their shape and appearance.The scanned 3D models can be used as the basis for upcoming product projects, as well as to reconstruct, analyze, or simulate ideas.

Reverse engineering is a “from something to nothing” process of reverse-engineering a product’s design data (including design drawings or digital models) from an existing product model.It can be regarded as related digitization technology and geometric model reconstruction technology that convert product samples into CAD models.

We can get the accurate 3D model quickly by using 3D scanning technology according to the real objects provided by customers. After finished the model, we can add and modify it according to your requirements until you are satisfied.

At present, our main services include 3D scanning, reverse engineering RP, 3D detection CAT, digitization of culture and art, and 3D printing.

Application Industry:

1. Design and manufacture of automobiles, motorcycles, aerospace and Marine vehicles;
2. Precision molds, electronic products, arts and crafts gifts, woodworking carving;
3. Medical Treatment (Facial plastic and orthodontic)
4. Digital project of cultural relic museum and art sculpture;
5. Film and TELEVISION special effects and 3D animation;
6. Customized clothing and three-dimensional portraits
7. Teaching research and development

3D scanning is the collection of 3d coordinate points on the real surface, and the collection of a large number of coordinate points obtained is called point cloud.

CAD/CAM/ Reverse Engineering/Rapid Prototyping (RP)

1. Scanned real objects and established CAD data;Or scan models to create three-dimensional data for examining the surface of a component
2. Create data for parts that cannot use 3D CAD data
3. Personalized design, such as garment CAD
4. Use the real model created by RP to build and improve the product design
5. Data capture for finite element analysis

CAT

1. Quality control of production line and shape detection of curved surface parts

Scientific research

By scanning the existing parts, the surface features of automobile, ship and aircraft can be accurately obtained, and the research and design of complex shapes and structures can be realized.