Guided Digital Implant Placement

Both immediate implant placement and fully guided implant placement are becoming more popular options for surgical approaches. Combining the two is a win-win and allows a shortened treatment timeline while still maintaining complete control for the best restoratively driven placement. Dentists investing in new digital technologies in-house can predictably and quickly plan, design, and execute guided immediate implant surgeries where precision is crucial. Implementing a digital workflow can make implant surgeries more efficient, more profitable, and more predictable. Digital imaging technologies allow for unparalleled visualization and foresight, while in-house 3D-printing and CAD/CAM solutions bring the restorative portion under the same roof.

Cone beam computed tomography (CBCT) and digital intraoral scanning systems simplify treatment planning and help avoid surgical complications in advance. Rather than separating the surgical and restorative aspects of the treatment, combining the CBCT and the intraoral scan of the patient’s dentition leads to restoratively driven implant placement and makes the entire process more predictable.

Planning alone is only as good as the clinician’s surgical skills. Knowing the location of possible complications is a huge advantage, but using surgical guides further minimizes risk. Using the combined radiographs and models to design a surgical stent, which can be 3D-printed and used during surgery, and designing the surgical stent based on the planned ideal position on the computer from start to finish mean more control and confidence at the actual surgery. Bringing the digital placement of the implant into the operatory allows your surgeries to be performed with more control and confidence.

Placing the implant exactly as planned makes the restorative portion of the treatment very straightforward. In-office CAD/CAM systems allow the dentist to take digital impressions, design the final prosthesis, and fabricate it without outsourcing. This workflow is impressive to patients and is more efficient and cost-effective for the dental team. Often this process can even be accomplished during the day of surgery to further speed up the treatment timeline.