Components of Dental Implant
Root implants are a bunch of implants in the bone that need to have a vertical bone path to use, like the root of a normal tooth. Today more than 90 types of implant body designs are available and different types of screws, cylinders, composites and more are made.
The body of an implant is subdivided into several parts, including the (cervical crest module design), the (body part), and the alcove (the terminal part of the implant root). Each section of an implant plays a useful role in surgery and prosthesis.
Crest module
It is part of the implant body designed to hold the prosthetic parts in one or two pieces. The Crest module is designed to prevent the influx of bacteria, for example, if the Crest module is smoother, causing microbial disruption.
If crystalline bone resorption occurs. The Crest module is also the transitional portion of the implant body into the trans-osteal (intra-bone) area of the implant in Crest Ridge. Here we have another term, the platform, which is the connection area where the abutment sits. The platform provides physical resistance to occlusal eczema forces.
Dental implant body
The implant body is designed to facilitate surgical or correct application of prosthetic forces to the surface of the implant's bone contact. The implant body has various designs such as cylindrical, screw or a combination of these to allow the implant to be inserted easily into the various bones. For example, cylindrical implants are easier to access in areas that are difficult to access, such as posterior areas with softer bones.
A screw-shaped implant, because it is thicker, may be easier to surgically place and implant in the dense cutaneous bone. This screw body is designed primarily to increase the level of bone implant contact and reduce stress on the contact surface when applying alkaline loading.
The apical end of the implant
The apical end of each implant should be flat, rather than sharp, so that the full length of the implant will participate in the strain counter. In addition, if the cortical plate of the hard bone of the area opposite the hole is punctured, because of this flat design, soft tissue injury and irritation do not occur and this is an important ferrite implant.