Removable Denture Metal Partial Vatalium Frame

Technical features: The Vatalium Metal framework uses advanced 3D printing technology, which has great potential in the dental field. By using the Varseo 3D printing system from BEGO, a German company, an efficient ring bracket casting technique can be achieved. This technology uses the principle of digital light processing (DLP), which greatly saves time in the production process, especially those time-consuming processes can be replaced by 3D printing technology.

Production process: In the production process, first through the CAD software to design the support structure, including the determination of common positioning path, virtual filling concave and other steps. These steps can save the time required by traditional processes. The corresponding areas are then levelled, thickened or thinned using the digital wax knife function to ensure the accuracy of the design. Once the design is complete, the data can be transferred to a 3D printer for production.

Performance advantages: Compared with traditional Cast partial technology, 3D printing technology has obvious advantages in the manufacture of Removable partial denture metal frames. For example, in the study of the deep palate vault group, it was found that frames manufactured using 3D printed Metal Partial better in terms of authenticity and had a lower mean standard deviation. This shows that 3D printing technology can provide greater fit accuracy and authenticity.

Application prospects: With the continuous progress of technology, 3D printing technology will be more widely used in the cast metal framework field. It not only enables lightweight design and the construction of complex shapes, but also improves work efficiency and shorens delivery cycles. These advantages make 3D printing technology have broad application prospects in the production of removable denture metal parts such as cast metal framework dental products.