Zirconium on Implant
Multi Screw Installation and Zirconium Tooth Creation with Digital CAD/CAM Technology
Final Stage of Implant Treatment
After completion of implant treatment, a healing abutment is placed on the implant placed in the jawbone and the gum is shaped. After this process, the abutment or multi-unit abutment (multi screw) stage, which is the foundation of the actual tooth prosthesis, begins.
Multi Screw (Multi-Unit Abutment) Installation Stages
Examination and Control
Your dentist checks that the implant has fused well with the bone (osseointegration) and the health of the gum.
Gum Opening
If your gum is closed, the implant cover is removed with a small procedure.
Multi-Unit Abutment Installation
The multi screw (abutment) is placed on the implant with a special key and tightened to the appropriate torque.
Compatibility and Level Control
The compatibility of the multi abutment with the gum and other teeth is checked. Height and position are adjusted if necessary.
Temporary Covering (Optional)
A temporary tooth can be made for healing or aesthetic purposes.
How Is Zirconium Tooth Made on Multi Screw?
After the multi abutment is installed, preparation of the actual tooth (prosthesis) begins. Today, zirconium superstructures are among the most preferred materials in terms of both aesthetics and durability.
Intraoral Impression Taking
(Conventional or Digital Scanning)- Traditional method: Impression is taken with special impression trays and silicone materials
- Digital method: 3D image of your mouth is taken with an intraoral scanner
Modeling and Design
(CAD/CAM)- The 3D model obtained through digital scanning is transferred to the computer environment
- Zirconium tooth is designed with CAD (Computer Aided Design) program
- Your aesthetic and functional needs are taken into consideration
Milling from Zirconium Block
(CAM)The designed tooth is processed from special zirconium blocks with a milling (CNC) machine connected to the computer.
Try-in and Final Controls
- The prepared zirconium tooth is tried in the mouth
- Color, shape and compatibility are checked
- Small adjustments are made if necessary
Final Assembly
After all checks are completed, the zirconium tooth is fixed on the multi screw with special screws or cement (adhesive) method.
- Screw system: Fixation from inside the tooth
- Cement system: Fixation from the bottom of the tooth
Benefits of Zirconium Superstructure for You
High Aesthetics
Very close to natural tooth appearance, perfect compatibility with gums.
Durability
Longer lasting than metal-supported porcelains, resistant to breakage.
No Allergies
Zirconium is tissue-friendly, no risk of allergy.
Gum Health
Does not cause blackening in the gums, does not cause gum recession.
Hygiene
Does not retain plaque thanks to its smooth surface, easy to clean.
Fast Solution with Digital Method
Digital scanning and production saves time and achieves much more precise results.
Advantages of Having Zirconium Teeth Made Digitally
Painless, Fast and Comfortable Impression
No need to take impressions with silicone in the mouth, impressions are taken in minutes with a scanner.
Error-free Production
Teeth are produced with perfect compatibility and error-free with 3D modeling.
Shorter Treatment Time
With digital technology, your new teeth can often be installed in a few days.
Entire Process Is Recorded
Your data is stored digitally for future corrections and renewals.
Frequently Asked Questions
What is multi screw used for?
It creates a connection between the implant and your dental prosthesis. It is preferred especially in multiple implants due to its durability and longevity.
How are zirconium teeth made digitally?
The measurements of your teeth are taken with intraoral scanning, and personalized teeth are produced with CAD/CAM technology.
Digital impression or classic impression?
Digital impression is faster, more precise and comfortable. Patients may sometimes feel discomfort with the classic method.
For More Information About Zirconium Teeth on Implants
Consult with our specialist doctors for your zirconium teeth produced with digital CAD/CAM technology.