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The GLOBAL 3D company is the official distributor of Shining3D 3D printers in Poland. The purchase of 3D printers in our store is a guarantee of receiving an original device from distribution for the Polish market and quick technical support. We run a professional 3D printer service. In addition, we offer implementation training for the purchased device.

3D scanners based on structured LED light (EinScan Pro 2X 2020, EinScan Pro HD, Calibry, Calibry Mini) are advanced measurement tools that use three-dimensional scanning technology using structured light. This technology uses light beams that are projected onto an object and then reflected and recorded by a sensor. Based on this information, the scanner creates an accurate 3D model of the object.

3D LED scanner

3D scanners using structured LED light are used in many areas, including industry, medicine, architecture, and art. . They have many applications, from product quality control and prototyping to creating accurate 3D models of architectural details and works of art.

Application of 3D LED scanners

In medicine, 3D scanners using structured LED light are used to create anatomical models of organs and bones that are used in surgical planning. Scanners are also used to scan and monitor the progress of treatments for skin diseases, cancer, and to assess fetal development during pregnancy.

In architecture, 3D scanners using structured LED light are used to scan details and other objects, allowing the creation of accurate 3D models. These models are used in space design and planning, as well as to create visualizations and presentations for clients.

In art, 3D scanners using structured LED light are used to create representations of works of art, which allows them to be better protected and protected against destruction. 3D scanners are also used to create digital versions of sculptures, allowing them to be reproduced in a variety of materials.

In the case of 3D scanners using structured LED light, the technology used plays a key role as it allows for obtaining very precise measurement results. These scanners use advanced computational algorithms that allow the reconstruction of three-dimensional models of objects with very high accuracy.

3D scanners using structured LED light have many advantages over other measurement methods. One of the most important advantages is the speed of measurement. Scanning objects is an almost instantaneous process, which allows you to obtain results in real time. In addition, these scanners are very precise, allowing results to be obtained with an accuracy of several microns.

Another advantage of 3D scanners using structured LED light is their mobility and ease of use. These scanners are often portable and can be easily moved around to scan different objects. Additionally, these scanners are usually very intuitive to use and do not require much technical knowledge, which allows them to be used easily and quickly by people of varying levels of advancement.

To sum up, 3D scanners using structured LED light are advanced measurement tools that are used in many fields, including industry, medicine, architecture and art. Their advantages include measurement speed, precision, mobility and ease of use.