The impact of the fabrication method on the three-dimensional accuracy of an implant surgery template

Evaluation of volumetric dimensional changes in posterior extraction sites with and without ARP using a novel imaging device

“…The semi-automaticity of further digital steps (voxelization, fusion, and VOI detection) guarantees, as has been proven by previous studies, 19,39,40 a high degree of accuracy due to the single file production (from baseline to 4 months' survey), in which the changes in volume and area of treated and untreated sockets can be easily investigated.…”

“…As regards the advantages seen from our study, we can cite that the present technique is a noninvasive procedure for patients, as a 3‐dimensional optical scanner is employed without any source of X‐ray radiation for the volumetric survey; moreover, data acquisition appears acceptable for patients and easy for the clinician, consisting of an impression being made of the arch and the production of a model cast. The semi‐automaticity of further digital steps (voxelization, fusion, and VOI detection) guarantees, as has been proven by previous studies, a high degree of accuracy due to the single file production (from baseline to 4 months' survey), in which the changes in volume and area of treated and untreated sockets can be easily investigated.…”

Computer‐guided implant surgery and full‐arch immediate loading with prefabricated—metal framework—provisional prosthesis created from a 3D printed model

“…The use of computer‐guided implant surgery allows for detailed surgical planning and accurate implant placement . When indicated, this technique may also permit a less invasive surgical procedure under a flapless approach .…”

“…The use of computer implant planning software allows the combination of the radiographic, prosthetic, surgical, and laboratory fields under a common virtual scenario, permitting a complete virtual treatment planning . A computer‐assisted design and computer‐assisted manufacturing (CADCAM) surgical guide provides a link between the virtual treatment plan and the actual surgery by transferring the simulated intervention accurately to the surgical site . Nowadays 3D printers are one of the most utilized CAM process for surgical guides fabrication, bringing closer the concept of Digital Implantology to clinicians worldwide.…”

CAD / CAM dental implant planning and surgical guide fabrication

“…Preliminary planning of the implants placement is the key of the final success of the Prosthetic treatment 2 . CAD / CAM technologies have opportunities for implant planning, surgical guide fabrication and design of provisional and permanent implant-supported restorations 3 .…”