Guided surgery in dental implantology is an advanced approach that uses digital technology to plan and precisely execute the placement of dental implants. Here is a detailed description of this method:
Guided surgery begins with the acquisition of radiographic images and the digital scanning of the patient’s jaw using CBCT (Cone Beam Computed Tomography) scanners and other 3D imaging technologies. This data allows for the creation of a detailed digital representation of the jaw and surrounding structures.
Using computer-aided design (CAD) software, the dental surgeon can visualize the patient’s jaw in 3D and precisely determine the optimal placement for each implant. This includes considering bone densities, important anatomical structures, and prosthetic treatment plans.
Based on virtual planning, custom surgical guides are designed. These guides are 3D printed and used during the procedure to precisely guide the position and angle of dental implant placement.
During the procedure, the surgical guide is positioned in the patient’s mouth, providing precise orientation for each incision and implant placement. This reduces the risks of surgical errors, minimizes trauma to surrounding tissues, and allows for more predictable results.
Guided surgery in dental implantology offers several benefits for patients, including reduced surgical time, decreased post-operative pain, faster recovery, and optimized aesthetic results.
This method also facilitates communication between practitioners, ensuring seamless integration between the surgical and prosthetic phases of treatment.
In conclusion, guided surgery in dental implantology represents a significant advancement in dental care, offering increased precision, improved safety, and superior aesthetic results for patients requiring dental implant