In recent years the dental technology industry has made a huge leap forward thanks to CAD/CAM technology. Thanks to highly innovative instruments, the work of the laboratory has become more manageable, faster, safer, more precise and less tiring: an overall improvement that affects the entire supply chain and the well-being of the dental technician.
In summary, bench and intraoral scanners are important tools for dental practices and laboratories as they improve precision, speed, convenience and collaboration between healthcare professionals, making the patient experience more pleasant and improving the quality of dental treatment.
A CAD/CAM system and a 3D scanner for dental technicians have therefore become fundamental work partners for those who want to directly manage the process of machining and fine-tuning prosthetic artefacts. Just think that they allow you to work with materials that would otherwise not be usable, such as zirconia.
And if it is true that the automation of the processing of the structures through the use of CAD scanner dental technician requires that the work is no longer performed manually as in the past, it is also true that the specialized operator remains an irreplaceable figure for the success of the manufactured product.
But how do dental scanners for dental technicians work? The CAD is basically composed of a scanner that reads and interprets the shapes thanks to a sensor. The image acquirer modifies and creates new images using a computer equipped with a three-dimensional processing program. After receiving the information from the 3D CAD program, the CAM system starts working by initiating the CAD/CAM milling machine and executes the path set by the program until the created prosthesis is realized. The presence and intervention of the dental technician are fundamental both during the processing and adjustment of the images and for setting the milling machine that carries out the work on the actual material.