This lets you save time, so you can finalize the case much faster. With new workflows, more efficient scanning, more powerful software, and improvements to core design tools, TRIOS software offers incredible speed and precision on every proposal generated.
Plus, the software architecture has been strengthened for increased reliability and performance. Children's Privacy Policy. Sign up now. Search Box Clear. Want more tips and offers sent directly to your inbox? Products Categories Goals Brands. Our Commitment Our Bright Smiles, Bright Futures program brings oral health education to more than half a billion children around the world. Learn more about our commitment to oral health education. Top Articles. Tooth Preparation. Your dental professional will prepare the site for your restoration by removing all decay or portions of the structurally unsound tooth.
Intraoral Scanning. Next, an optical scanner will digitally capture the tooth preparation and surrounding teeth to create a 3D custom image. Restoration Design. With those 3D images, the dental professional will use the CAD software to design the final restoration. Next, a milling machine takes the design and shapes the crown, veneer, inlay, onlay, or bridge from a single block of ceramic. Sintering and Polishing. For example, for 3D machining VISI is capable of automatically detecting flat surface areas of workpieces and then machine them using a flat bottomed tool.
This helps reduce machining time and improve the surface finish dramatically. The 5-axis machining tool has similarly intelligent features, such as the ability to automatically convert 3D toolpaths to increase the number of strategies available to cover any scenario that occurs during machining. This software boasts some excellent mechanical and shape design tools. These features deliver extremely productive and robust engineering change management, helping to eliminate the risk of human error and reduce development time and costs.
Other useful mechanical design tools include an intuitive design environment for working with sheet metal parts and dedicated mold tools for addressing the plastic injection process. It also boasts industry leading ICEM surfacing technologies for surface refinement, advanced technologies for mechanical surfacing, and the ability to design composites. This makes it easier to machine the right part the first time.
Other useful CAM features include effective change management, a high level of automation, and optimized tool paths to help reduce manufacturing time. CAD and CAM software is perhaps best known for its use in industrial machining, but one of its more interesting uses is in the dental industry. Exocad is one such example of this. This software can be used for virtually every aspect of dentistry, including design, implant planning, orthodontics, scanning, and production.
Exocad DentalCAD is the main software and can be used to create and manufacture restorative dentistry products, such as crowns, bridges, veneers, inlays, pontics, removables and more. The powerful platform is robust and rapidly processes high data volumes, helping improve efficiency. You can combine practically any open data sources you need, including intraoral and model scans, 3D face scans and jaw motion data.
You can use the Wizard mode that has workflow guides to help you get to grips with the software, while the Expert mode allows you to adjust your settings based on your experience and access more advanced features and tools.
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