IDI Dental Implants

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IDI Dental Implant System

The IDI Dental Implant System is the first generation “Immediate Dental Implant” for AIDI Biomedical. Our philosophy behind the IDI design stems from our goal to solve frustrating issues associated with the failure of common market implant systems. Most general implant systems, developed by engineers, don’t take into account the myriad of biomechanical issues related to the human condition. With that in mind, the patented features of IDI Dental Implants were developed to accommodate innate issues related to the physiology of patients by an experience prosthodontist with advanced knowledge of implant dentistry.

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Advantages of IDI Implant Design

IDI Features4

Patented Features

Endomaxim Internal Connection Design

Increases stability of abutment and screw. Reduces the chance of screw loosening.

Apexlock

Deep tunnel in the apical portion allows osseointegration into the inner surface of the implant to increase retention.

Sinolift Implant Design - Osteotome Sinus Lift

Osteotome sinus lift was originally introduced by Dr. Summer in 1994 and 1995. He published four articles regarding the sinus lift method. His techniques effectively increased the success rate of implant placement, which particularly benefits patients who have lost their teeth and large amounts of jaw bone due to periodontal disease. By applying new designed/ patented IDI osteotome, we can preserve and condense limited amounts of remaining bone. Implants can be placed at the same time (within 10-20 minutes following completion of the procedure). In addition, this osteotome can effectively lift the maxillary sinus for those who suffer from sinus pneumatization. The Osteotome technique has helped many of patients to avoid complicated bone grafts and open sinus surgeries (Caldwel-Luc Approach) that may require much more extensive surgical procedures and healing time before implants can be placed. In the past few years, we have experienced many exciting results; patients who received these services have had very high success rate.

Tapered Design

Allows for implant to be placed with underprepared implant site. Tapered design creates more compressive force than cylindrical implants. This additional compression leads to increased bone density. Better initial stability.

Ferroembrace

Double finishing margin design can improve aesthetics in case of implant exposure.

Drill Implant Design

Asymmetric cutting edges maximize bone preservation during placement. Redesigned implant threads allow self drilling.

 

IDI Comparison

WALL THICKNESS ADVANTAGES

3.5MMØ PLATFORM VS 3.7MMØ IMPLANT 44% INCREASE 4.3MMØ PLATFORM VS 4.7MMØ IMPLANT 66% INCREASE

 

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