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Elefsina strengthens the link between clinicians and laboratories through the . This allows for:
Transitioning to Elefsina 3.2 allows laboratories to handle more cases per day. By automating the "boring" parts of design—such as initial tooth placement and contact point adjustments—technicians can focus on the artistry of the final restoration. Furthermore, the 8820 build is known for its high compatibility with 3D printers and 5-axis milling machines, ensuring that what you see on the screen is exactly what you get in the physical result. EXOCAD 3.2 Elefsina v 3.2 8820 x64 -2024- Multi...
Streamlines the digital design of complete removable dentures. It guides the user through model analysis, tooth setup (using pre-configured digital tooth libraries), and the creation of the gingival base for either milling or 3D printing. 5. Partial Framework Module
: Provides fully automatic consideration of dynamic occlusion, significantly speeding up the design process by automating complex movement simulations. Are you trying to troubleshoot a specific issue
is more than just a software update; it is a vital tool for dental professionals looking to optimize their digital workflow. With its focus on automation, speed, and precision, the 8820 build is a significant step forward in the pursuit of perfection in dental design.
has been refined to allow doctors to share images, videos, and X-rays directly via the MyiTero portal By automating the "boring" parts of design—such as
The comprehensive exocad Elefsina suite typically includes a wide range of specialized modules to tackle any restorative challenge:
The software provides real-time thickness maps and contact-point visualizations. Technicians can instantly identify structurally weak areas before sending the files to a milling machine or 3D printer. Hardware Requirements for Peak Performance
The is another groundbreaking tool that automatically accounts for dynamic occlusion and calculates the bite relationship at the “place model tooth” stage. This automation not only saves time but also reduces the risk of articulation errors, allowing technicians to focus on design creativity rather than manual setup.