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The new biO2logical connection between implant and abutment The new biO2logical connection
between implant and abutment i-LiNQ® Connection 1.5° steep conical connection
 cementless insertion of prosthetics variable length and angulation High prosthetic flexibility through adaptive abutment system Indexing ONE Time - ONE Abutment no prosthetic re-entry into the implant reduced epithelialization of the sulcus efficient preservation of crestal bone Ultrashort Implant Body Narrow Hybrid Design The form follows the transverse jaw relief Stabilization of the crestal bone idealized hybrid design minimized biological disruption of intraosseous blood vessels improved peri-implant oxygen supply Effective reduction of the peri-implantitis risk Plateau Anchor Geometry vascular bone between plateaus high oxygen saturation of the bone optimal biomechanical load introduction Locking Taper Connection hermetically sealed connection extremely high manufacturing precision Secure hold thanks to cold welding 360° free positioning i-LiNQ®
Connection ONE Time
ONE Abutment Locking Taper
Connection Narrow Hybrid
Design Plateau Anchor Geometry Ultrashort
Implant Body play_circle_filled_white i-cement i-connect i-ball
 i-locator
 i-conometric
 i-healing ...more possibilities TWO different philosophies - ONE single implant TWO different philosophies,
ONE single implant i-LiNQ® Connection 1.5° steep conical connection
 cementless insertion of prosthetics High prosthetic flexibility through
adaptive abutment system Indexing Progressive Thread Design stress-reducing thread geometry minimized bone trauma optimized primary stability Bionic Body Design Sloping Shoulder Design The shape follows the transverse bone profile Stabilization of the crestal bone Diameter-independent thread depth biological force distribution high mechanical strength Healing Chamber Design Haversian bone regeneration highly vascular bone in the thread depths high oxygen saturation of the bone Narrow Hybrid Design mandatory subcrestal positioning of the rough surface of the implant body minimized diameter of the emergence profile reduced bacterial adhesion efficient preservation of crestal bone short implant length optimal biomechanical load introduction Immediate charge possible i-LiNQ® Connection Narrow Hybrid Design Healing Chamber Design Bionic Body Design Progressive Thread Design Sloping Shoulder
Design play_circle_filled_white
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