Amann Girrbach
Ceramill Matik Milling Machine
Click and check it out
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?
Scanning
Design
Production
Post-Processing
Advanced workflow
For clinics and labs seeking greater autonomy, productivity, and predictability.
Intraoral Scanner
In-house
CAD/CAM Software
In-house
Dental Milling Machine
In-house
—
Basic workflow
Ideal for those starting in digital, keeping initial stages in-house and outsourcing the rest.
Intraoral Scanner
In-house
CAD/CAM Software
In-house
Outsourced
Outsourced
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.
VHF
E5 Milling Machine
Click and check it out
VHF
K5 Milling Machine
Click and check it out
VHF
K5+ Milling Machine
Click and check it out
VHF
S5 Milling Machine
Click and check it out
VHF
N4+Milling Machine
Click and check it out
VHF
R5 Milling Machine
Click and check it out
Amann Girrbach
Ceramill Matron Milling Machine
Click and check it out
VHF
Z4 Milling Machine
Click and check it out
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
Talk to our team of experts
Tell us about your scenario. We’ll prepare a technical estimate and guide you to the best solution.
Fill in the fields below:
