Implants.

Implant design


The wide range of MIS implants provide a variety of clinical solutions,including reconstruction of a single tooth, screw-retained or cemented fixed bridges, and overdentures. Furthermore, MIS implants can be used in any surgical and bone augmentation procedures, from the simplest to the most intricate. All MIS implants adhere to the highest international standards and have ISO, FDA and CE approvals. They are made of biocompatible medical grade titanium, and their surface is dual-roughed by sand-blasting and acid-etching procedures.
BioCom

MIS BioCom Implants are titanium cylinder screw type implants that are designed for two-stage procedures. They are self tapping with a unique  (Read More...)
...wide thread design, and tapered threads on their apical part.
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Seven

The MIS self-tapping Seven Implants are specially designed for implantation in a wide range of bone types and bone augmentation procedures.  (Read More...)
...Their new geometric design includes dual threads, three spiral channels stemming from the apex, micro rings on the implants' neck, and a changing thread thickness along the implant. All MIS Seven implants are supplied with a single-use final-drill that reduces the heat produced during drilling, and results in improved osseointegration.
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Mistral

The MIS Mistral Implants are one-stage self-tapping screw type implants. They have dual threads, three spiral channels stemming from the apex,  (Read More...)
...micro rings on the implants' neck, and a changing thread thickness along the implant.
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Provisional implants

These temporary implants can be quickly and efficiently placed. They are generally a-traumatic and easily tolerated. They are especially useful  (Read More...)
...as transitional support for a temporary bridge, until the permanent implants are integrated.
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Orthodontic implants

MIS Orthodontic implants are temporary mini implants made of titanium alloys, which are intended for use as anchorage during orthodontic  (Read More...)
...treatment.
The Orthodontic implants’ outer hexagonal head enables a safe and comfortable insertion. Furthermore, the implants’ dual-top screw with a cross-slot, enables linking orthodontic devices such as ligatures and elastics, as well as the incorporation of an orthodontic arch wire up.
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Surface


All MIS implants, excluding the Orthodontic and Provisional implants, share a total surface roughness in the boundary of 1.8-2.2 Ra microns, and a micro geometry of titanium, that is achieved by sand blasting particles and acid-etching. A larger surface area increases the bone to implant contact, resulting in more area for bone-cell attachment.

The surface topography is highly dependent on the microstructure of the titanium used. For most cell types, topography in micron and submicron ranges influence activation, adhesion, orientation, morphology, and movement of the cells. There is strong evidence that different morphological dimensions are important, and effect osteoblast interaction with the surface in different ways.


Roughness measurement


The arithmetic average of the deviation Ra is the most commonly used measurement for surface roughness.
The micro-geometry of MIS implants meets the roughness recommended in the international literature.

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Seven