It’s not marketing fiction.
It’s evolutionary science.
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Company Overview. Intra-Lock History.
Bio-active Surface.
OSSEAN®, nano-profilometry and
calcium impregnated surface is found
on all Intra-Lock implants. Numerous
scientific papers have been published
on OSSEAN® reporting the remarkable
performance of this surface.
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Better Healing From Within.
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IntraSpin™, a FDA cleared medical device for
the production of L-PRF™, has opened a new
world of enhanced healing possibilities
for patients.
Premiere Implant System
Solid Strength &
Precise Connection.
GOLD&BLUE™
Restorative simplicity.
One connection for ALL implant diameters...
one very special implant system.
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Specific Designs Encourage Physiologic Harmony.
InDex™ has multiple implant architectures, both
Tapered and Straight Bodies, included in this internal
connection implant system. Diameters from 3.4mm
to 6.5mm address a wide variety of clinical
applications and all feature the biologically
active OSSEAN® Surface.
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Designed for Extraction Site
& Immediate Placement.
EnvisionOS™
At last...an implant specifically designed to maximize stability in immediate extraction sites.
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Small Diameters...
BIG FEATURES.
MDL®
Excellent for longterm denture stabilization, this
premier small diameter system features one-step
delivery, Cement-Over Abutments, multiple thread
designs and OSSEAN® bio-active surface.
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A True “Convertible”...
3.0mm Implant System.
MILO® is a true convertible implant with
one-piece solid strength and two-piece versatility. The Cement-Over Abutments™ provide an unsurpassed range of prosthetic options.
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Universal Hex Connection.
Unihex™
A traditional External Hex prosthetic configuration with many of the technological advances found in Intra-Lock’s Internal Connection Implant Systems. Single
connection for all 3 prosthetic tables.
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One-Piece Implant System
One-Piece™OP is a one-piece dental implant
designed for single tooth replacement or short-span
fixed prostheses where parallelism can be readily
achieved. As with all Intra-Lock® dental implants,
OP features the bio-active surface; OSSEAN®
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One-Piece Implants.
Developed over the years into a simple, yet predictable procedure, thousands of patients have benefited from the FlatOne® treatment modality. The streamlined FlatOne® System and Protocol enable both the dentist and the laboratory technician to work together in a highly efficient, closely coordinated manner.
Full-arch Fixed Prosthesis,
Not a Hybrid Denture
Reduces Chair-side Time & Laboratory Costs
Case Time Condensed
(to as little as 48 hours)
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Screw Retained
Abutment System
Intra-Lock offers an optional abutment
system ideal for multiple unit screw-retained restorations.
Ease of retrievability and versatility make the Conic Abutment an excellent option in full arch restorations. Conic Abutments can be fitted with bars, metal, zirconia or polymer framework.
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CONIC
DIGITAL SOLUTIONS
Intrabase
The Titanium Base Kit for
Intra-Lock Implant Systems
Precision + Accuracy =
Optimal Scanning Results
Precise Intra-Lock Titanium Blanks
Scan Bodies
Custom Milled Abutments
Scientific Literature
Abstract
Objective: Osseointegration has been a proven concept in implant dentistry and orthopedics for decades. Substantial efforts for engineering implants for reduced treatment time frames have focused on micrometer and most recently on nanometer length scale alterations with negligible attention devoted to the effect of both macrometer design alterations and surgical instrumentation on osseointegration. This manuscript revisits osseointegration addressing the individual and combined role of alterations on the macrometer, micrometer, and nanometer length scales on the basis of cell culture, preclinical in vivo studies, and clinical evidence.
Methods: A critical appraisal of the literature was performed regarding the impact of dental implant designing on osseointegration. Results from studies with different methodological approaches and the commonly observed inconsistencies are discussed.
Results: It is a consensus that implant surface topographical and chemical alterations can hasten osseointegration. However, the tailored combination between multiple length scale design parameters that provides maximal host response is yet to be determined.
Significance: In spite of the overabundant literature on osseointegration, a proportional inconsistency in findings hitherto encountered warrants a call for appropriate multivariable study designing to ensure that adequate data collection will enable osseointegration maximization and/or optimization, which will possibly lead to the engineering of endosteal implant designs that can be immediately placed/loaded regardless of patient dependent conditions.
Osseointegration: Hierarchical designing encompassing the macrometer, micrometer, and nanometer length scales
Paulo G. Coelhoa, Ryo Jimbod, Nick Tovar, Estevam A. Bonfantee
http://dx.doi.org/10.1016/j.dental.2014.10.007
0109-5641/© 2014 Academy of Dental Materials. Published by Elsevier Ltd. All rights reserved.
Architectural
Design: 1
Regenerative Medicine | L-PRF™
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Implant Surface | Ossean®
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Mechanical Connection | InDex™
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Architectural Design | Blossom®
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Small Diameter Implants | MDL® and MILO
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Miscellaneous Research
Miscellaneous Research
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