CAD (Computer Aided Design) / CAM (Computer Aided Manufacturing) stands for computer-aided design and computer-aided manufacturing. Many procedures performed on filed teeth can be designed with computer support, adding an aesthetic perspective to the doctor-patient relationship. Every tooth created is designed in a computer environment, contributing to the dental industry with advanced technology and supporting development. Data such as tooth color, shortness, or length provide information about aesthetic smile design and guide the process. This ensures that every initiated process is established on a solid foundation and progresses accurately. Step-by-step procedures can be monitored, and the desired designs can be achieved. A digital image of the patient's mouth is taken with an intraoral scanner. These images are transferred to CAD/CAM devices, and the process begins with minimal error. Any gaps, occlusions, or overlaps arising from the patient's dentition are addressed to create the ideal model. After the scan, the dentist performs a modeling and determines the dental procedure to be performed. The procedure is modeled based on criteria such as bite, tooth size, and position, and upon completion, the final appearance in the mouth can be visualized digitally. All procedures are designed specifically for the patient and prepared in a CAD environment. This process makes communication between the doctor and patient more understandable and transparent. After the patient specifies the desired procedure, a digital design is created and presented by the doctor. Rehearsals are performed when necessary to more easily achieve the desired outcome.

Zirconium, press, empress, lamina, all on four, monolithic zirconium, temporary, maxup, toronto, smile design, implant, abutment (implant supports) etc. treatments are applied.

One of the most important contributions of CAD/CAM systems to the dental sector is that they are fast and practical. Such systems provide many jobs to be fast, practical and healthier. Teeth are biocompatible and their continuity is ensured. No gagging problems occur by not taking measurements. The work done is long-lasting. Each procedure is patient-specific. It increases the quality of life by satisfying the patient. It provides access to high quality in a short time. The desired light transmittance and aesthetics can be provided.

The dental prosthesis laboratory is the part used for the production of dental prosthesis that meets health conditions. In layman's terms, it is the kitchen part where teeth are formed. A healthy and reliable dental prosthesis laboratory is extremely important for the procedures that need to be performed to be reliable. There must be certain features in the dental prosthesis laboratory. At the top of these features, a professional team that understands its job and some of the materials used must be in the latest technology setting. The dental laboratory belonging to the clinic eliminates this problem for people who have problems in terms of time and makes the dentist's procedures easier in terms of both technical and surgical aspects.

When it comes to dental veneers, one of the most frequently asked questions by guests coming to the clinic for treatment is whether to have porcelain teeth or zirconium teeth. Zirconium crown dental veneer treatment is preferred more by dentists because it provides an aesthetic appearance, is beneficial for the gums, and is more comfortable for the guest.

Zirconium coating, which does not harm the person's primary teeth, is produced in a dental laboratory using CAD-CAM technology, taking into account the person's dental measurements and the mouth and tooth structure. Zirconium, which is produced in a color suitable for the person's primary teeth, is processed with a ceramic porcelain superstructure on the substructure.

The teeth are scanned with a scanner in the plaster model prepared in CAD-CAM. The scanned model is presented to the design in the CAD stage. In the design, the cuff opening, raising, lowering, tip and tubercle playing processes are performed. A dental substructure can be designed as monolithic and temporary. Each tooth obtained is called a member. A certain entrance angle is applied to the members and the design part is finished. When it is finished, all stages of the tooth can be seen in front of us.

CAD-CAM dental prices vary depending on the quality of the material used. If you wish, you can contact our team and get detailed information about treatments, treatment processes and pricing.