i-system. The implant.

i-system implants are a combination of special macro- and micro-design features that make it possible to reduce the implant length to a minimum.

The basis for this is their special plateau anchor geometry, which was consistently further developed from the original implant design by Thomas Driskell.

From a biological point of view, every implant is also a kind of foreign body that impairs blood flow and nutrition to the bone.

In this respect, it is fundamentally a biological benefit to reduce this "foreign body" to the necessary minimum.

The shorter the implant, the better the network of blood vessels in the bone is preserved. This directly results in optimized oxygen supply to the peri-implant bone tissue, particularly in the crestal region. Oxygen is the most effective antidote to all anaerobic bacteria and therefore also the most effective agent against peri-implantitis.

The use of short and ultra-short implants is therefore not only a question of the available bone supply, but rather alogicalconsequence for all indications.

i-system Implant

1 2 mm subcrestal positioning

2 Optimization of the sloping shoulder

3 Parallel-walled outer geometry

4 Gradual increase in the depth of the plateaus

5 Rectangular plateau outer edges

6 Ultrashort = Preservation of blood vessels

i-system implants are a combination of special macro- and micro-design features that make it possible to reduce the implant length to a minimum.

The basis for this is their special plateau anchor geometry, which was consistently further developed from the original implant design by Thomas Driskell.

From a biological point of view, every implant is also a kind of foreign body that impairs blood flow and nutrition to the bone.

In this respect, it is fundamentally a biological benefit to reduce this "foreign body" to the necessary minimum.

The use of short and ultra-short implants is therefore not only a question of the available bone supply, but rather alogicalconsequence for all indications.

1 Locking Taper Connection

The self-locking, steep conical connection can transmit high forces and requires no screw connection. It exhibits no micro-movement, thus eliminating the risk of a bacterial pumping effect.

2 Sloping Shoulder Design

The shape follows nature; therefore, i-system implants are narrowest where the transverse bone relief is narrowest

3 Plateau Design

The widely extending plateaus convert a large portion of the typically present horizontal force vectors into vertical force vectors. This results in a smaller gradient towards the theoretical center of rotation, allowing the entire implant surface to be used more evenly for load application. The transmitted individual force moments are therefore lower and thus more physiologically compatible.

4 Ultrashort Implant Body

The short implant length ensures optimal peri-implant blood flow and oxygen supply to the bone, especially in the crestal area. This effectively reduces the risk of peri-implantitis.

5 Haversian bone structure

Bone regeneration occurs via callus formation, as direct contact between the implant body and the osteotomy walls is avoided during implant insertion. Thus, the spaces between the plateaus fill with a blood clot, into which vessels initially grow. Consequently, bone tissue formed via callus formation is always highly vascularized. Surgical stabilization is achieved solely through the outer edges of the plateaus and the integrated longitudinal grooves.

i-system Implant

1. 2 mm subcrestal positioning
2. Optimization of the sloping shoulder
3. Parallel-walled outer geometry
4. Gradual increase in plateau depth
5. Rectangular plateau outer edges
6. Ultrashort = preservation of blood vessels

i-system. Clinical procedure.

i-system.
Clinical procedure.

i-system. Products.

Request more information now.

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more information now

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Email: info@implant-concept.com

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Thank you for your understanding,
your ImplantConcept Team.

i-system Implant

i-system. The implant.

i-system implants are a combination of special macro- and micro-design features that make it possible to reduce the implant length to a minimum.

i-system Implant

i-system implants are a combination of special macro- and micro-design features that make it possible to reduce the implant length to a minimum.

1 Locking Taper Connection

2 Sloping Shoulder Design

3 Plateau Design

4 Ultrashort Implant Body

5 Haversian bone structure

i-system Implant

i-system. Clinical procedure.

i-system. Clinical procedure.

i-system. Products.

i-system. Products.

Request more information now.

Requestmore information now

i-system.
Clinical procedure.

Request
more information now