Abstract

Numerous types of prosthodontics surgical guides, with and without metallic sleeves, have been found to be useful in clinical studies. The aim of this in vitro research was to compare the time required to complete the surgical procedure with two differently designed surgical prosthetic templates. Ten identical prototype models of mandible based on a CBCT and optical scan of a partially edentulous patient with missing teeth numbers 37, 46, and 47 were prepared and then printed. Five of these models were used for implant site preparation with a surgical guide without metal sleeves and dedicated surgical kit, and the other five models were used for the same procedure performed with a surgical guide with metal sleeves and a dedicated surgical kit. The time of implant site preparation was measured and recorded. Statistical analysis was performed using Student’s t-test for independent samples. Differences between groups were found to be statistically significant (t = −9.94; df = 28; p = 0.0000) with a lower value in favor of the surgical templates without metallic sleeves. Different types of prosthodontics surgical guides, with or without metallic sleeves, seemed to be an important factor which can significantly impact the time of implant site preparation and, therefore, the overall surgical procedure.

Highlights

  • Dental implantology is a branch of dentistry that aims to restore missing teeth by inserting alloplastic screws into the bone structure

  • This study focused on the time required for implant site preparation ferent surgical templates and the corresponding, dedicated, surgical kits

  • This study focused on the time required for implant site preparation using two different surgical templates and the corresponding, dedicated, surgical kits

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Summary

Introduction

Dental implantology is a branch of dentistry that aims to restore missing teeth by inserting alloplastic screws (of different materials) into the bone structure (dental implants). Implantology is a rehabilitation procedure aimed at those who have lost their natural teeth [1,2]. The cutting-edge dental implantology techniques allow a permanent rehabilitation of chewing and, in recent years, have aimed to improve aesthetic results [3,4]. The predictability of these rehabilitations is becoming increasingly high, especially due to the introduction of digital dentistry. Thanks to the advent of digital technologies, it is possible to program, diagnose, and plan a treatment with a completely digital workflow [4]

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