3D scanning has explored its market in a preoperative simulation, clinical teaching, cosmetic&plastic surgery and other medical fields.

iReal 3D offers a series of comprehensive 3D solutions, which adopt 3D color modeling technology of high-precision, accurately collect analytical data of the cultural relics including their 3D parameters, textures and sizes.

Artists can easily obtain 3D data of scanned objects with complicated and curved surface through 3D scanning, thus, by using their creativeness, they break through the limitations of minds.

3D scanners can acquire high-precision scan data of full-body human, the 3D models built based on those data have huge practical values as they finely restore details of hair, facial features and so on.

By precisely capturing 3D data, the virtual display has a wide range of applications in many industries, and 3D scanning has popularized VR technology to some extent.

With the increasing demand for 3D digitization, the demand for talents in this area is growing as well, which also promotes the emergence of 3D digital training in education.

Reverse engineering refers to the process of trying to understand how a mechanical part was designed and manufactured previously without the original drawing, so that we can recreate it for different purposes. In this field, 3D scanning technology can help capture high-precision 3D data of the scanned part, which largely improves the work efficiency and the accuracy of reverse engineering.

3D model analysis is useful in almost every industry, such as, custom-made clothes, market research and analysis, heritage restoration, etc.