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Salient

Salient is an excellent design with a fresh approach for the ever-changing Web. Integrated with Gantry 5, it is infinitely customizable, incredibly powerful, and remarkably simple.

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Application Techniques

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You can contact us both for technical consultation, questions and orders...

Contact Details

Call Us
+421 919 321 022
Office
Bernolakova 14/A, 974 05, Banska Bystrica, Slovakia
Say Hi
info@modeimplant.eu

Perfectly designed for the cases of high smile line and thin gingiva biotype, anterior esthetic area, short distances of intercoluzal and narrow interdental gates.

UNI PACK System

UNI PACK system with the implant and cover screw presents you direct loading ease by implant driver without any transfer material.

OCTAFIT Platform Design

OCTAFIT Internal Conical Octagon Connection
NP: Narrow Platform Ø3.3 and Ø3.7 Implant Sizes (Yello)
RP: Regular Platform Ø4.1 and Ø4.7 Implant Sizes (Blue)
WP: Wide Platform Ø5.3 Implant Sizes (Green)

Ø3.3  : H  8 / 10 / 11.5 / 13 / 16mm    
Ø3.7  : H  8 / 10 / 11.5 / 13 / 16mm  
Ø4.1  : H  8 / 10 / 11.5 / 13 / 16mm
Ø4.7  : H  8 / 10 / 11.5 / 13 / 16mm

Double Helical Thread Design

Single Helical Reversre Buttress Thread Design
Single Helical Micro-Threads minimizes cortical stresses in neck area
Imitative External Anatomy Conical Design
Triple Cutter Effection Compact Bone Texture

Bone Condense Body & Back Tapered Coronal Design

Back Tapered Coronal Design Narrowed neck region design minimizes the stress in the cortical area and prevents resorption. Moreover, by back tapered coronal design high level osseointegration and elasticity of bone is provided. 

Double Micro-Thread .Double micro thread design at the neck region of implant provides the distribution and reducing of stress. By reducing of the stress with the micro threads a resistance is gained against resorbtion at the neck region. Expanding of the thread units and double helix micro thread design following to body pitch provide high level osseointegration in the cortical region.

LEVEL IMPLANT SYSTEM

Level implant is preffered for all bone types with the new generation ADVANCE DESIGN. By its characteristic geometry, higher level bone integration is occured. With thread design which expands passively through the cortical area, self tapping form in the apical region provides high primer stabilization by condensing the bone.

Osseointegration

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Nowadays, Calcium phoshate is approved as highly bioactive in the scientific literatüre and the surface with CaP component was preferred by global brands as new process trend. By the excellent reaction between calcium ions and bone tissue,it provides perfect bone-implant contact during the optimum osseointegration process.
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By the embeded CaP which stimulates cellular function to implant surface, a very strong CaP-bone connection is occured. Microblast concept, BCP granules and hydrosoluble polymers are perfectly bioactive and that’s why act like bone tissue.
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Hyroxyapatite Caicium Phosphate ceramics consisted of hydroxyapatite and tricalcium phosphate is a major biomaterial in the dental field. Calcium phosphate looks like bone minerals. Mode Implant surface is roughened with biocompatible BCP (Bicalcium phosphate) with %65 HA to obtain homogen structure by the micro blast technology.
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Mode Implant surface which is roughened with BCP (Bicalcium phosphate) containing %65 HA by micro blast technology besides strong osseointegration, by mechanic fixation it provides osseointegration in a short time.
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At the end of each process, Mode Implant rougness value is measured and guaranteed between 1,4~1,8 by CNC micro blast process. Surface roughness of each implant is %100 measured after all surface procedures. Every implant models are roughened by full auhtomatic CNC surface morphology and measurement device developed by Mode Medikal engineers. Mode Medikal which uses %100 biocompatible pure calcium phosphate to roughen without any acidic material.
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BCP® bioceramics consists of a mixture of hydroxyapatite (HA) and ß-TCP (beta-tricalcium phosphate). It comes in the form of abrasive particles.Micro sandblasting the implant surface with BCP® particles creates a rough, biocompatible surface. Then, the implant is subjected to a mild acid treatment, and thoroughly rinsed and dried.
HA Osteoblastic BCP Surface Morphology
CaP Stimulating Cellular Function
Bone Friendly HA Calcium Phosphate Morphology
A Perfect BIC Bone-Implant Relation
Homogen Surface Morphology
BIPHASIC CALCIUM PHOSPHATE
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