CAD/CAM materials
Titanium
Dental titanium is a material widely used in digital implantology due to its high mechanical strength, biological stability, and excellent compatibility with human tissues. It is primarily indicated for bars, implant-supported structures, protocol prostheses, and customized components in clinics and laboratories.
To work with titanium predictably, the digital workflow needs to be well-structured, especially in the scanning, CAD design, and machining stages. Depending on the desired level of production and control, clinics and laboratories can opt for outsourced hybrid workflows or in-house production with CAD/CAM milling.
What is the ideal workflow for milling Titanium?
Advanced workflow
Intraoral Scanner
CAD/CAM Software
Dental Milling Machine
Basic workflow
Intraoral Scanner
CAD/CAM Software
Check out the equipment for Titanium below
Titanium requires a more robust digital workflow than materials like PMMA or zirconia, mainly due to the difficulty of machining and the need for precision in implant-supported cases.
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Discover some advantages of using Titanium
High strength for complex cases
- Supports high loads in implant-supported prostheses
- Excellent stability in full-arch rehabilitations
- Reduces the risk of fracture in extensive structures
Greater predictability in the digital workflow
- CAD/CAM milling reduces manual distortions
- Better fit in implant-supported structures
- Digital workflow improves case repeatability
Biocompatibility and clinical longevity
- Excellent biological integration with tissues
- Widely validated material in implantology
- High durability in definitive treatments
