Dental implants are the replacement of tooth roots in the mouth. Implants provide a strong foundation for fixed or removable replacement teeth. Dental implants, which are placed in the jawbone, are small anchors made of a biocompatible metal called titanium. The anchors begin to fuse with the bone over the course of a few months. After the fusing process, known as osseointegration, abutment posts are inserted into the anchors to allow for the permanent attachment of the replacement teeth.

Using CBCT scans and restorative virtual treatment planning, along with specialized training, we are able to provide guided implant placement for our patients.

Using a virtual 3-D model or a physical model, implant placements and the following restorative work can be simulated to create the ideal patient treatment plan. These virtual plans allow your doctor to take multiple aspects of implant placement and restoration into consideration, resulting in optimal aesthetics, function and longevity for the patient’s final restoration. Working with a 3-D model also allows the patient to better understand the procedures and visualize the end result.

Once planning is complete, specialized software can be used to create a surgical guide for use during implant placement. This guide directs the exact location, angle and depth of the implant placement. The use of the guide increases the accuracy, efficiency, safety and predictability of the procedure.