3D Filament Printing – Technology & Applications
3D filament printing is an additive manufacturing process in which thermoplastic materials are processed layer by layer to create precise dental models and components. In dental technology, this technology has established itself as a cost-effective and reliable solution for digital manufacturing workflows.
Typical applications of 3D filament printing can be found in both dental laboratories and dental practices. The technology is particularly well-suited for the production of models, temporary restorations, functional models, and dental laboratory components. With short production times, efficient use of materials, and high reproducibility, filament printing reliably supports modern CAD/CAM workflows.
Compared to subtractive processes, 3D filament printing enables the resource-efficient production of complex geometries while keeping operating costs low. As a result, the technology has become an integral part of digital dental technology—both for the fabrication of temporary restorations in dental practices and for a wide range of applications in dental laboratories.
Typical applications of 3D filament printing include:
the production of temporary restorations, the creation of models for orthodontics, and custom impression trays and functional trays for dental laboratories and dental practices.