Computer-guided orthognathic wafers are devices used in orthognathic surgery, which is a type of jaw surgery that is used to correct jaw and teeth misalignments. The wafers are custom-made to fit the patient's jaw and teeth, and they are used to guide the jaw into its new, corrected position during surgery.

The process of creating a computer-guided orthognathic wafer starts with a 3D scan of the patient's jaw and teeth. The scan data is used to create a 3D model of the jaw, which is then used to plan the surgery and create the wafer. The wafer is designed to fit the patient's jaw and teeth precisely, and it is used to guide the jaw into its new position during surgery. This allows the surgeon to achieve a more accurate and precise correction, which can lead to better outcomes for the patient.

Computer-guided orthognathic wafers have several benefits over traditional orthognathic surgery methods. They allow for a more accurate and precise correction, which can lead to better outcomes for the patient. They also reduce the need for invasive procedures and can lead to faster healing times. Additionally, computer-guided orthognathic wafers can be used to correct multiple jaw and teeth misalignments at once, which can reduce the overall treatment time.

You can now simulate all types of orthognathic surgeries before doing it in the field. By ordering this service, you can predict the outcome of the surgery and also get a computer-designed 3D-printed wafer for use during surgery. this package includes: 3D digital orthognathic surgery simulation + design for orthognathic single wafer + 3D printed wafer ready to use in surgery