[Minimum drilling--maximum primary stability. A case presentation].

Refu'at ha-peh veha-shinayim (1993) Pub Date : 2015-04-01
I Schkolnik
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Abstract

In the implant procedure there are 3 factors: a) The height and width of the bone. b) The implant length and diameter. c) The implant system drills and technique. As factors (a) and (b) are constants, the only variable factor is the drilling technique(c). Since the quality of the bone varies (type D1-4), the clinician would like to have the ability to influence the amount of drilled bone. In addition, the clinician wants absolute accuracy & control in location and direction of the drill--in the minimizing of error and the ability to see it and correct it. These elements can be achieved by a system which includes trephine drills and leading pins. This article suggests a drilling technique developed for the purpose of placing dental implants. Its target is to simplify the process of implants placement while effectively using the available bone.

最小的钻井量——最大的初级稳定性。案例展示]。
在植入过程中有3个因素:a)骨的高度和宽度。b)种植体长度和直径。c)植入系统演练和技术。由于因素(a)和(b)是常数,唯一的可变因素是钻井技术(c)。由于骨的质量不同(D1-4型),临床医生希望有能力影响钻孔骨的数量。此外,临床医生希望在钻头的位置和方向上有绝对的精度和控制,以最大限度地减少误差,并能够看到和纠正它。这些元件可以通过包括环钻和导针的系统来实现。本文提出了一种为放置种植体而开发的钻孔技术。其目标是简化植入物放置的过程,同时有效地利用可用的骨。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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