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3D scanner assists the development and inspection of automated production lines

3D scanner assists the development and inspection of automated production lines

In the 1920s, with the development of industries such as automobiles, rolling bearings, small motors and sewing machines, automated production lines began to appear in my country's machinery manufacturing industry. Cooperating with human automated robots is a major trend in the development of my country's automated production lines, that is, automated robotic arms. and other auxiliary equipment.

Measurement methods and classification of 3D scanners

Measurement methods and classification of 3D scanners

Contact 3D scanners calculate depth by actually touching the object surface, such as coordinate measuring machines, which are typical contact 3D scanners. This method is quite accurate and is often used in the engineering manufacturing industry. However, because it must contact the object during the scanning process, the object to be measured may be damaged by the probe, so it is not suitable for high-value objects such as ancient cultural relics and relics. reconstruction work.

The development history and selection of 3D scanners

The development history and selection of 3D scanners

The rise of 3D scanners has been around for a long time. It began to develop in the 1970s and 1980s and has a history of several decades. As the 3D industry matures, there are more and more scanning equipment and solutions, and the classification of 3D scanners is becoming more and more abundant, which is suitable for 3D inspection and reverse design of various workpieces in various industries. The following mainly introduces photo-taking 3D scanners and handheld 3D scanners.

Working principle and introduction of 3D scanner

Working principle and introduction of 3D scanner

With the development of computer technology in recent years, all walks of life continue to pursue innovation. Primitive industrial manufacturing, film and television production, clothing design, aviation, medical diagnosis and other industries have gradually put forward increasingly urgent needs: to quickly obtain three-dimensional models of objects.

Characteristics and advantages of 3D scanner technology

Characteristics and advantages of 3D scanner technology

3D scanner technology generally uses the output data of digital measurement equipment as the original information source. Only after obtaining the three-dimensional surface information of the entity to be reversed can subsequent work, such as model detection, modeling, evaluation, improvement and manufacturing of complex surfaces, be achieved.

Application of 3D scanner in 3D printing industry

Application of 3D scanner in 3D printing industry

Three-dimensional scanning technology and 3D printing technology have emerged in the 1980s, and now the technology is becoming increasingly mature. Three-dimensional scanning technology is a revolutionary measurement technology. It subverts the traditional measurement model and has been widely concerned and developed in various fields. It obtains the three-dimensional spatial coordinates of an object by scanning the surface shape of the object, and at the same time It can also scan color information and finally generate a virtual three-dimensional digital model of the object.

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