Technical Accuracy of Printed Surgical Templates for Guided Implant Surgery with the coDiagnostiX^TM Software

Abstract

A high accuracy can be achieved using printed templates for guided implant surgery, by taking into account all sources of inaccuracies.

Accuracy of the match between cone beam computed tomography and model scan data in template‐guided implant planning: A prospective controlled clinical study

“…Ideally, the implant will then be located in the virtually planned position in the jaw, creating an ideal situation for the prosthetic restoration. 5 Some studies have examined the influence of the manufacturing process of a template on the accuracy achieved, [6][7][8] while others concerned themselves with the influence of different types of template support. 2018; 1-9. wileyonlinelibrary.com/journal/cid planned to actual implant positions compared with free-hand implant placement.…”

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

“…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.…”

Comparing 2 Cone Beam Computed Tomography Devices for the Transfer Accuracy of a Laboratory-Based Guided Surgery System In Vitro

“…The software automatically identifies the implants in the postoperative scan and places a virtual implant at the exact position. 10 The 3 metallic pins in the template are then identified to start the registration (alignment) procedure between the planning data and postoperative results (Fig. 2).…”