Principles of Implant Corset Design (Part I)
Polished metal causes shear stress in the bone adjacent to the implant and, as previously mentioned, the bone is weaker than shear forces 65% and the shear forces of the implant should be limited as much as possible.
Secondly, polished metal does not stimulate bone marrow before it enters, but ranim requires bone formation for osseointegration or full contact between bone-implant dentures. When the implant surface is rough and harmful, bone-implant (BIC) contacts increase during the initial repair phase.
Chestal bone resorption is also more accurate in the corneal and mechanical parts of the implants, and the bone density is directly related to the length of the cervical spine in the implant. The longer the peeling length is (Image) The amount of analysis around the implant chest bones is larger.
A roughened surface and engineer (but designed to withstand shear forces) helps maintain bones during biological changes, but dendritic bone analysis occurs during electrolyte loading.
The point is that regardless of the type or design of the implant, usually the bone in the first thread of the first thread of the implant implies, and often the analysis in the first thread region is stopped because first it often turns the shear force into a compressive force. If The design of a crest implant can reduce the risk of bone crust analysis
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