Implant Systems

Mode Implant represents the reached last point of dental implantology by new trend products for each esthetic solutions and all bone types with maximum performance in all treatment concepts.


General
 

LEVEL IMPLANT

Platform NP NP RP RP WP WP
Implant Ø (D) 3.3 mm 3.7 mm 4.1 mm 4.7 mm 5.3 mm 6.0 mm
Lenght (L)            
8 mm
10 mm
11,5 mm
13 mm
16 mm


RAPID IMPLANT

Platform NP NP RP RP WP WP
Implant Ø (D) 3.3 mm 3.7 mm 4.1 mm 4.7 mm 5.3 mm 6.0 mm
Lenght (L)            
8 mm
10 mm
11,5 mm
13 mm
16 mm


MINI IMPLANT

Platform
Implant Ø (D) 2.2 mm 2.5 mm 2.9 mm
Lenght (L)      
8 mm
10 mm
12 mm
14 mm


BONE IMPLANT

Platform NP NP RP RP                 
Implant Ø (D) 3.3 mm 3.7 mm 4.1 mm 4.7 mm  
Lenght (L)          
8 mm  
10 mm  
11,5 mm  
13 mm  
16 mm  


TISSUE IMPLANT

Platform          NP RP RP WP WP
Implant Ø (D)  3.7 mm 4.1 mm 4.7 mm 5.3 mm 6.0 mm
Lenght (L)          
8 mm
10 mm
11,5 mm
13 mm
16 mm

 


SHORT IMPLANT

Platform NP NP RP RP WP WP
Implant Ø (D) 3.3 mm 3.7 mm 4.1 mm 4.7 mm 5.3 mm 6.0 mm
Lenght (L)            
6 mm


OCTA Connection System


During the osseointegration phase, one of the important factor is the quality of titanium. Because of the connection screws and abutments have collaboration in the implant system, besides the biological factors, titanium quality has a vital function to prevent mechanic damages of the system. Mode Implant products were made from high quality titanium raw material that are supplied from global titanium manufacturer American CARPENTER DYNAMET.

Mode Medikal Dental Implant Systems are covered under warranty by    

By our warranty card, we ensure the quality of our product to prove the assurance for your patients. After the treatment, thanks to the warranty card, customer relationship is raised to the heighest level.


LEVEL
LEVEL Implant System LEVEL Implant System

ModeLEVEL provides perfect balance between high primary stability and gentleness to the bone, which makes it highly convenient implant for immediate implantation and loading.


LEVEL IMPLANT

Platform NP NP RP RP WP WP
Implant Ø (D) 3.3 mm 3.7 mm 4.1 mm 4.7 mm 5.3 mm 6.0 mm
Lenght (L)            
8 mm
10 mm
11,5 mm
13 mm
16 mm

 


UNI PACK System UNI PACK System

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

 


OCTA Platform Design OCTA Platform Design

Wide product portfolio diameters include 

NP Narrow Platform Ø 3.3 , Ø 3.7mm
RP Regular Platform Ø 4.1 , Ø 4,7mm
WP Wide Platform   Ø 5.3 mm 


Double Helical Thread Design Double Helical Thread Design

Reverse Buttress Double Thread Design

Easy insertion
Faster insertion
Greater stability
Smoother penetration
Excellent gripping in bone


Bone Condense Body & Back Tapered Coronal Design Bone Condense Body & Back Tapered Coronal Design

Back Tapered Coronal Design & Micro Threads

Back Tapered Design allows maximized crestal bone preservation and microgap control. Allows for maximum alveolar bone volume around Implant for improved soft tissue support

Great BIC (Bone Implant Contact) in the cortical part
Large surface area
Improved stress distribution
Reduces pressure on cortical bone
Long-term esthetics

Tapered Implant Body 

Smooth and gentle bone penetration
High primary stability
Double thread design with 1.6 mm step
Variable thread design
Easy and smooth insertion, Excellent bone grip, Moderate self-drilling capability

 


LEVEL IMPLANT SYSTEM LEVEL IMPLANT SYSTEM

ModeLEVEL provides perfect balance between high primary stability and gentleness to the bone, which makes it highly convenient implant for immediate implantation and loading.

 


Apically tapered implant body design Apically tapered implant body design

Allows under-preparation and is designed to support primary stability in soft bone

The self-drilling capacity of the makes it possible to change direction of the Implant during Implant placement.


RAPID
RAPID Implant System RAPID Implant System

MODE RAPID 
Advance Design for Unique Clinical Results
Immediate Implantation & Immediate Loading 


Excellent Primary Stability even in Soft Bone
From Single to Multiple Unit
One Stage or Two Stage Surgical Procedures
Immediate & Early & Delayed Loading Protocol


RAPID IMPLANT

Platform NP NP RP RP WP WP
Implant Ø (D) 3.3 mm 3.7 mm 4.1 mm 4.7 mm 5.3 mm 6.0 mm
Lenght (L)            
8 mm
10 mm
11,5 mm
13 mm
16 mm


 


UNI PACK System UNI PACK System

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


OCTA Platform Design OCTA Platform Design

Wide product portfolio

diameters include 

NP Narrow Platform Ø 3.3 , Ø 3.7mm
RP Regular Platform Ø 4.1 , Ø 4,7mm
WP Wide Platform   Ø 5.3 mm 


High Level Primer Stability High Level Primer Stability

Bone Condensing Body & Unique Thread Design

Variable Thread Design From Coronal to Apical Part  Allows Gradual Bone Condense

Provides Excellent Primary Stability even in Soft Bone
Provides Narrow Ridge Expansion
Compact the Bone Outward


Tapered Body Core & Back Tapered Coronal Design Tapered Body Core & Back Tapered Coronal Design

Allows for maximum alveolar bone volume around Implant for improved soft tissue support 

Decreased Stress on Cortical Bone
Maximum Bone Volume , Maximum Soft Tissue Volume
Greater surface area, High primary stability
Inital Placement Control , Easy Insertion 


SELF DRILLING & SELF TAPPING SELF DRILLING & SELF TAPPING

Feature of Self tapping and changing the rotation

Sharp and double helix apical design RAPID implant gives enough space to enhance the bone at the buccal region and so that stabilizing to platal wall is provided. RAPID  implant has the facility to alter the angle during the loading process and it provides parallel attaching and ease to anchor for new adentulous region.

 


MINI
Mini Implant Systems Mini Implant Systems

MI Mini implant system provides a solution for excessively resorbed jaw, narrow teeth range and insufficient rooth range. Mode Mini implants which are used without touching the flap were designed as O-Ball with Ø2.2, Ø2.5 and Ø2.9 diameter for removable prosthesis restoration.


MINI IMPLANT

Platform
Implant Ø (D) 2.2 mm 2.5 mm 2.9 mm
Lenght (L)      
8 mm
10 mm
12 mm
14 mm


O-Ball Mode Mini Implant O-Ball Mode Mini Implant

O-Ball Mode Mini Implant provides quick loading onto the O-ring ball attachment region for removable prosthesis restoration. If the prosthesis is placed corretcly, the excessive load over the gingiva is prevented. The retain which provides vertical flexibility resists the natural lifting foce. O-Ball superstructure is designed for overdenture prosthesis.

Ø 2.2  : H  10 / 12 / 14 mm
Ø 2.5  : H  10 / 12 / 14 mm
Ø 2.9  : H   8 / 10 / 12 / 14 mm


Titanium Nitride (TiN) Technology Titanium Nitride (TiN) Technology

All the dual stabilized crown/bridge O-Ball and dual phase implants are covered with titanium nitride to get the best ethetic result. By the TiN technology, surface friction coefficient is decreased so that patients take advantage.


Conical Design that Imitates the Teeth Anatomy Conical Design that Imitates the Teeth Anatomy

Conical root form structure with its wide coronal and narrowing root structure allow an easy application without damaging the jaw bones and anatomic formations.


Micro-Thread Minimizing Cortical stress Micro-Thread Minimizing Cortical stress

Micro threads in the coronal region reduce the pressure in the cortical region so that a resistance is created against resorption in implant neck region. The implant neck region small thread design Micro Thread allows optimal force distribution and reduces the amount of tension. In the cortical bone, micro-thread prevents the contamination and for the esthetic applications, micro-thread provides the force balance on the implant-bone contact. 


The Notche The Notche

The Notche form stimulates the bone grown so that a lock is occured between bone and implant. Moreover, the notche structure allows optimum bone-implant integration during the immediate loading of implant.

 


Optimum Primer Stable Thread Part Optimum Primer Stable Thread Part

Thread design that distributes  the marginal forces allows compressive load transfer and optimum bone-implant integration. By its special design, it allows immediate loading and more bone formation.


Compact Bone Tissue Apex Compact Bone Tissue Apex

Especially for the compact bones, implant apex provides easy loading.

 


MINI IMPLANT

Platform
Implant Ø (D) 2.2 mm 2.5 mm 2.9 mm
Lenght (L)      
8 mm
10 mm
12 mm
14 mm



 


BONE
Ideal Solutions for Esthetic Plan Ideal Solutions for Esthetic Plan

BONE Level Implant preferred specially for the cases with wide smile line, thin gingiva biotype, short interocclusal in the anterior esthetic area and narrow interdental cases.


BONE IMPLANT

Platform NP NP RP RP                 
Implant Ø (D) 3.3 mm 3.7 mm 4.1 mm 4.7 mm  
Lenght (L)          
8 mm  
10 mm  
11,5 mm  
13 mm  
16 mm  

 


OCTA Internal Conical Octagon Connection OCTA Internal Conical Octagon Connection

NP: Narrow Platform Ø3.3 ve Ø3.7 Implant Diameters (Yellow)
RP: Regular Platform Ø4.1 ve Ø4.7 Implant Diameters (Blue)

Ø3.3  : H  8 / 10 / 11.5 / 13mm    
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


New Trend and Perfect Design New Trend and Perfect Design

BONE Implant Serisi her noktası en ince ayrıntısıyla düşünülerek tasarlanmış mükkemel bir implant sistemidir. Konikal Kök Formu Dizaynı, Mikro & Makro Yiv Dizaynı, Ters Payanda Makro Yiv Dizaynı, Üç Ağızlı Çentik Dizaynı, Düz Sonlanan Apex, Morse Taper  bağlantısı.


Conical Root Form Structure Tapered Desing Conical Root Form Structure Tapered Desing

Conical root form structure with it’s wide marginal section and narrowing root structure allow an easy application without damaging the jaw bones and anatomic formations.

The tapered structure helps to expand the bone and increases the primary stability rate of the bone to maximum level. Especially, at sinus operations, it allows safe and stable surgeries with it’s conical and flat-ended structure.


Micro-Thread Minimizing Cortical stress Micro-Thread Minimizing Cortical stress

In the coronal region, micro threads reduce the pressure in the cortical region so that a resistance is created against resorption in implant neck region.In the implant neck region, micro thread design allows optimal force distribution and reduces the tension.

 


Outside/Reverse Buttress Thread Outside/Reverse Buttress Thread

Reverse buttress threads allow a better primary stability and more space for osseointegration with it’s square thread geometry. The threads are active and prevent pressure and heating in bone during placements with it’s insertion forms  and allows optimum osseointegration after the placement.

Allows an advantage of  compressive load transfer  and more bone formation on the buttress bottom surface of Implant thread form more than coronal surface.

SELF TAPPING provides more space for osseointegration and better primary stability with self tapping square thread geometry.


Straight Ending Apex Design Straight Ending Apex Design

This design enables homogeneous force distribution of the marginal forces that impact at the end of the implant and creates a strong cushioning effect against the forces coming into the apex region. Especially, for the sinus lift operations, Mode Implant system provides reliable and stabile loading by the conical and straight ending design.

 

 
 
 
 

Innovative OCTA Internal Octagon Connections Innovative OCTA Internal Octagon Connections

"OCTA" Internal Octagon Connection design has ability to distribute the forces which occur during the loading to 8 different points. Especially during the loading in compact bones, this connection system prevents the disruptions, caused by tension, of implants and screw drivers."OCTA" Internal Octagon Connection design provides larger implant internal size and resistance for super structures using on the small diameters. Against the marginal forces, this system increases the strenght of implant-abutment connection and provides a great torque. Further, during the loading of the abutment, "OCTA" Internal Octagon Connection allows the optional positioning demanded for esthetic applications.

 


3 Notched Structure 3 Notched Structure

Three notched form allows easier and more comfertable loading for the cases with compact bone.


Morse Taper Conical Connection Morse Taper Conical Connection
Morse taper implant-abutment conical connection system distributes the forces, caused by over loading, to the conical surfaces. This system minimizes the risk of bone resorption and by the conical connection that distributes the forces, strenght is increased against loading and wrenching moments. Morse taper conical connection allows a perfect implant-abutment connection and reduces the forces acting on the connection screw.
 
 

Maximum Preparation Facility Maximum Preparation Facility

As the connection screw is limited to the implant surface, maximum preparation facility for the labrotary and clinicians are provided so it facilitates the super structure restorations . The embeded system into the implant provides high resistance connection screw against the breaking moment. 

 


Micro Leakage Prevented Connection Micro Leakage Prevented Connection

The morse taper conical connection system provides a perfect integration between implant-abutment with the cold weld connection. This design prevents the leakages and contaminations by the strong obstruction.

 


Platform Switching Platform Switching

Platform switching provides biomechanic advantage by raising the implant-abutment connection over marginal bone. Moreover, this system gets the implant-abutment connection to the center horizontally and platform switching allows higher gingiva esthetic by increasing the marginal soft tissue volume.

 


Wide Range of Options

Bone Implant, ismostly recommended for the esthetic regions and model options without restrict your implant indication.

BONE IMPLANT

Platform NP NP RP RP                 
Implant Ø (D) 3.3 mm 3.7 mm 4.1 mm 4.7 mm  
Lenght (L)          
8 mm  
10 mm  
11,5 mm  
13 mm  
16 mm  

 

 


TISSUE
Ideal Solution in the Posterior Area Ideal Solution in the Posterior Area

By placing the implant – abutment integration from bone level to more coronal region, contamination risk because of leakages in the micro-gaps is reduced and tissue level implant is prefered for single and multi member fix restorations  in the posterior reigon and mandibular region restorations. It is very suitable for single stage implant surgery.


TISSUE IMPLANT

Platform NP RP RP WP WP
Implant Ø (D) 3.7 mm 4.1 mm 4.7 mm 5.3 mm 6.0 mm
Lenght (L)          
8 mm
10 mm
11,5 mm
13 mm
16 mm

 

 


OCTA Platform Design OCTA Platform Design

NP: Narrow Platform Ø3.7 Implant Diameters (Yellow)
RP: Regular Platform Ø4.1 ve Ø4.7 Implant Diameters (Blue)
WP: Wide Platform Ø5.3 ve Ø6.0 Implant Diameters (Green)

 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
 Ø5.3  : H  8 / 10 / 11.5 / 13 / 16mm
 Ø6.0  : H  8 / 10 / 11.5 / 13 / 16mm


New Trend and Perfect Design New Trend and Perfect Design

TISSUE Implant is a perfect system which was designed with fine detail in every point. Conical root form structure, Micro & Macro thread design, reverse buttress thread, 3 notched structure, straight ending apex design, morse taper and OCTA Internal Octagon Connection connection and 1 mm bright surface.


Conical Root Design that Imitates the Tooth Anatomy Conical Root Design that Imitates the Tooth Anatomy

Conical root design with it’s wide coronal and narrowed root structure allows an easy application without damaging the jaw bones and the anatomic formations. Tapered structure provides to expand the bone and  increases the primer stability to highest level in the soft bone.

 

 


Micro-Thread Minimizing Cortical stress Micro-Thread Minimizing Cortical stress

Micro threads in the marginal region reduce the pressure in the cortical region so that a resistance is created against resorption in implant neck region. The implant neck region small thread design Micro Thread allows optimal force distribution and reduces the amount of tension. In the cortical bone, micro-thread prevents the contamination and for the esthetic applications, micro-thread provides the force balance on the implant-bone contact. 

 


Outside/Reverse Buttress Thread Outside/Reverse Buttress Thread

Reverse buttress threads allow a better primary stability and more space for osseointegration with it’s square thread geometry. The threads are active and prevent pressure and heating in bone during placements with it’s insertion forms  and allows optimum osseointegration after the placement.

Allows an advantage of  compressive load transfer  and more bone formation on the buttress bottom surface of Implant thread form more than coronal surface.

SELF TAPPING provides more space for osseointegration and better primary stability with self tapping square thread geometry.

 

Straight Ending Apex Design Straight Ending Apex Design

This design enables balance load distribution of the marginal forces that impact the implant at the end of the implant and creates a strong cushioning effect against the forces entering into the apex region. Especially,for the sinus lift operations, Mode Implant system provides reliable and stabile loading by the conical and straight ending design.

 


Innovative OCTA Internal Octagon Connection Connections Innovative OCTA Internal Octagon Connection Connections

OCTA Internal Octagon Connection design has ability to distribute the forces which occur during the loading  to 8 different points. Especially during the loading to compact bones, this connection system prevents the disruptions, caused by stress, of implants and screw drivers. OCTA Internal Octagon Connection design provides larger implant internal volume and resistance for super structures using on the small diameters. Against marginal foces, this system increases the strenght of implant-abutment connection and provides a great torque. Further, during the loading of the abutment, OCTA Internal Octagon Connection allows the optional positioning demanded for esthetic applications.

 


Morse Taper Conical Connection Morse Taper Conical Connection
 
Morse taper implant-abutment conical connection system distributes the forces, caused by over loading,to the conical surfaces. This system minimizes the risk of bone rezorbtion and by the conical connection balancing the force distribution, strenght is increased against blending and twisting moments. Morse taper conical connection allows  a perfect implant-abutment connection and reduces the forces acting on the connection screw.
 

Maximum Preparation Facility Maximum Preparation Facility

By the connection screw limited to implant surface, it provides maximum preparation facility  to labrotary and clinicians for  super structure restorations. The embeded system into the implant provides high resistance connection screw against breaking moment. 

 


System Preventing the Micro Leakage System Preventing the Micro Leakage
The morse taper  conical connection system provides a perfect integration between implant-abutment with the cold weld connection. This design prevents the leakages and contaminations by the strong obstruction.
 
 

Platform Switching Platform Switching

Platform switching provides biomechanic advantage by raising the implant-abutment connection from marginal bone. By the medialization, it presents more narrow prosthetic component than the neck diameter of the implant.

.


Wide Range of Options

TISSUE Implant is mostly recommended for the posterior regions and model options without restrict your implant indication.

TISSUE IMPLANT

Platform                   RP RP WP WP
Implant Ø (D)             4.1 mm 4.7 mm 5.3 mm 6.0 mm
Lenght (L)          
8 mm  
10 mm  
11,5 mm  
13 mm  
16 mm  

 

 

SHORT
Short Implants Short Implants

SHORT implants  are used to provide solutions for some problems of anatomic structures and bone augmentation. According to the internal structures, SHORT implants are classified colored in 3 different platforms (NP: Narrow Platform ,RP: Regular Platform, WP: Wide Platform). SHORT implants which are prefered in atrophic edentulous mandible anterior and atrophic edentulous posterior region reduce the alveolar bone augmentation and sinus lifting requirement,also by short implants there is no need for changing the N.alveolar Inf. nerve and it provides saving time economic advantage.


SHORT IMPLANT

Platform NP NP RP RP WP WP
Implant Ø (D) 3.3 mm 3.7 mm 4.1 mm 4.7 mm 5.3 mm 6.0 mm
Lenght (L)            
6 mm


OCTA Platform Design OCTA Platform Design

OCTA Internal Conical Octagon Connection
NP: Narrow Platform Ø3.3 ve Ø3.7 Implant Diameters (Yellow)
RP: Regular Platform Ø4.1 ve Ø4.7 Implant Diameters (Blue)
WP: Wide Platform Ø5.3 ve Ø6.0 Implant Diameters (Green)

Ø3.7  : H  6.0mm  
Ø4.1  : H  6.0mm | Ø4.7  : H  6.0mm
Ø5.3  : H  6.0mm | Ø6.0  : H  6.0mm


New Trend and Perfect Design New Trend and Perfect Design

SHORT Implant is a perfect system which was designed with fine detail in every point. Conical root form structure, Micro & Macro thread design, reverse buttress thread, 3 notched structure, straight ending apex design, morse taper and OCTA Internal Octagon Connection connection and 1 mm bright surface.

 


Conical Root Design that Imitates the Tooth Anatomy Conical Root Design that Imitates the Tooth Anatomy

Conical root design with it’s wide coronal and narrowed root structure allows an easy application without damaging the jaw bones and the anatomic formations. Tapered structure provides to expand the bone and  increases the primer stability to highest level in the soft bone.

 


Micro-Thread Minimizing Cortical stress Micro-Thread Minimizing Cortical stress

Micro threads in the marginal region reduce the pressure in the cortical region so that a resistance is created against resorption in implant neck region. The implant neck region small thread design Micro Thread allows optimal force distribution and reduces the amount of tension. In the cortical bone, micro-thread prevents the contamination and for the esthetic applications, micro-thread provides the force balance on the implant-bone contact. 

 

 


Outside/Reverse Buttress Thread Outside/Reverse Buttress Thread

Reverse buttress threads allow a better primary stability and more space for osseointegration with it’s square thread geometry. The threads are active and prevent pressure and heating in bone during placements with it’s insertion forms  and allows optimum osseointegration after the placement.

Allows an advantage of  compressive load transfer  and more bone formation on the buttress bottom surface of Implant thread form more than coronal surface.

SELF TAPPING provides more space for osseointegration and better primary stability with self tapping square thread geometry.


Straight Ending Apex Design Straight Ending Apex Design

This design enables balance load distribution of the marginal forces that impact the implant at the end of the implant and creates a strong cushioning effect against the forces entering into the apex region. Especially,for the sinus lift operations, Mode Implant system provides reliable and stabile loading by the conical and straight ending design.

 


Morse Taper Conical Connection Morse Taper Conical Connection

Morse taper implant-abutment conical connection system distributes the forces, caused by over loading,to the conical surfaces. This system minimizes the risk of bone rezorbtion and by the conical connection balancing the force distribution, strenght is increased against blending and twisting moments. Morse taper conical connection allows  a perfect implant-abutment connection and reduces the forces acting on the connection screw.

 


Maximum Preparation Facility Maximum Preparation Facility

By the connection screw limited to implant surface, it provides maximum preparation facility  to labrotary and clinicians for super structure restorations. The embeded system into the implant provides high resistance connection screw against breaking moment. 

 


Micro Leakage Prevented Connection Micro Leakage Prevented Connection

The morse taper conical connection system provides a perfect integration between implant-abutment with the cold weld connection. This design prevents the leakages and contaminations by the strong obstruction.

 


Platform Switching Platform Switching

Platform switching provides biomechanic advantage by raising the implant-abutment connection from marginal bone. By the medialization, it presents more narrow prosthetic component than the neck diameter of the implant.

 


Wide Range of Options

Model options without restrict your implant indication.

SHORT IMPLANT

Platform NP NP RP RP WP WP
Implant Ø (D) 3.3 mm 3.7 mm 4.1 mm 4.7 mm 5.3 mm 6.0 mm
Lenght (L)            
6 mm

 

 


Osseointegration
HA Osteoblastic BCP Surface Morphology HA Osteoblastic BCP Surface Morphology

Perfect HA Osteoblastic homogeneous surface morphology BIC Bone-Implant Contact provides perfect combination with human body and 100% biocompitable BCP Biphasic Calcium Phosphate under favour of Optimum Osseointegration.

 


BCP Surface Treatment BCP Surface Treatment

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.
Phase Composition: HA/B-TCP BIPHASIC CALCIUM PHOSPHATE , Hydroxylapatite..........................................>65%,  b-TCP, a-TCP and TTCP phase........<35%, Other Ca-P phases.................................<5%


CaP Stimulating Cellular Function CaP Stimulating Cellular Function

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.

 


Perfect BIC Bone-Implant Contact Perfect BIC Bone-Implant Contact

Mode Implant products which are blasted by the USA originated Biphasic Calcium Phosphate Micro - Blast Technology with HA futures have strong oseointegration  and our implants have the morphology which allows osseointegration in a short time by supporting mechanical fixation.  
By the excellent reaction between calcium ions and bone tissue,it provides perfect bone-implant contact during the optimum osseointegration process. 


Homogen Surface Morphology Homogen Surface Morphology

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.


BCP® - BIPHASIC CALCIUM PHOSPHATE BCP® - BIPHASIC CALCIUM PHOSPHATE

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.Pdf Görüntüle

 

 

 


Application
Practical Colour Code Practical Colour Code

Mode Implant products applying easily were designed to provide facility for dentists in both surgical and prosthetic applications.

 

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

According to the platform size, implant packages, surgical sets and prosthetic packages are classified as 3 different colour to provide facility. Yellow, Blue, Green


Quick and Rapid Application Technique Quick and Rapid Application Technique

Mode Implant surgical procedure was designed as appropriate for every bone type and with the drill  application guide to provide facility and quickness  for dentists in cavity operation.

Surgical Application Guide...


Reliable Implant Cavity with the Preference of Stopper Plot Drill Reliable Implant Cavity with the Preference of Stopper Plot Drill

Quick and reliable application with the facilitated stages according to product choice

According to implant size, by the cavity height, stopper plot drill options provide easiness at the initial process for dentist.

 


How do you wish to place the implant? How do you wish to place the implant?

Mode Implant provides alternatives during the transferring and placement stage without changing the usual techniques.

Surgical set design which has the ability to place by ratchet, handpiece and handle screwdriver provides great facility to dentist. Moreover, O-Ring design prevents the risk of falling during the transfer. 


Practical Open,Close and Digital Impression Options Practical Open,Close and Digital Impression Options

Transfer abutment in the Mode Implant standard All In One package  provides close impression and with the special 4 surface impression tray provides facility during the open-close impression.

At the digital impression system, SCAN ABUTMENT option provides digital data transferring during the CAD/CAM process from clinic to design-production bases to make easy the cooperation between clinics and laboratories.


Protect the Form in the Gingiva Esthetic Protect the Form in the Gingiva Esthetic

A wide range of product options of Mode Implant according to gingiva shape


 Yellow Platform (Ø3.3  - Ø3.7 Implant)  |  Ø4.0 - Ø4.5 | H 2.0 / 4.0 / 6.0mm 
 Blue Platform (Ø4.1 - Ø4.7 Implant)       |  Ø4.5 - Ø5.0 - Ø5.5 | H 2.0 / 4.0 / 6.0mm
 Green Platfrom (Ø5.3 - Ø6.0 Implant)    |  Ø6.0 | H 2.0 / 4.0 / 6.0mm