Background: Four factors determine the quality of an implantology kit: 1) Heat generated by the drills; 2) Morphology of the osteotomy according to the diameter of the implant; 3) Efficiency of collecting autologous bone; and 4) Osteotomy execution time. Materials and Methods: This article examines the heat produced by drills during osteotomy, focusing on the effect of the following factors: drilling technique; volume of autologous bone harvested; drilling time; implant primary stability; and the percentage of osseointegrated implants after primary healing. Discussion: The four factors mentioned above are analyzed based on the data obtained for sequential, biological, and One Drill milling techniques. Conclusions: 1) One Drill is the fastest technique for performing the osteotomy; 2) All techniques stay within the biological temperature range of living bone, with the lowest increase in temperature achieved using One Drill with irrigation; 3) The bone harvested showed no statistically significant differences between biological milling and the One Drill technique, both far superior to the sequential technique; and 4) There is no statistically significant difference in the number of osseointegrated implants among the three techniques analyzed.
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