THE WORLDS'S FIRST IMPLANT APPROVED FOR FULL DIGITAL RESTORATIONS WITHOUT ABUTMENT
No Abutment. No Cement. No Limits.

The matrix® is the world‘s first dental implant approved for fully digitally single and multi-unit restorations directly on the implant without the use of the abutment. This unique implant connection has been specifically designed for the new digital manufacturing technologies such as CAD/ CAM milling or 3D printing. 

Matrix® Launch Event
World Premiere & TRITalks

The matrix® special event live from Zurich on June 18th was the exclusive launch platform for the world’s first implant approved for digital restorations without abutment.

World-renowned speakers like Prof. Ronald Jung, Prof. Tomas Linkevičius and Dr. Ramón Gómez Meda joined the stage of the TRITalks to present the next big revolution in digital implant dentistry. 

Watch the presentation and lectures now. 

Our Vision of the future digital workflow

In the past years prosthetic manufacturing has completely changed and new materials were developed. However, the implant interfaces has remained unchanged for the last 30-40 years, leading to a mismatch between implant connections and modern prosthetic manufacturing.

TRI® vision was to connect these two worlds by thinking the other way around. In regards to the precision of today's milling technologies and from a CAD/CAM productions' point of view we have created the matrix® implant system, where no abutment and cementation is needed.

A technology ahead of its time, prepared to bring digital implantology to a new dimension.

matrix® connection designed for digital workflows

One rotation lock only for easy positioning of prosthetic restoration


Platform Switching for stable crestal bone-levels 

Three grooves for implant insertion

Horizontal shoulder to support zirconia on titanium

20 dregree shoulder to compensate for high divergence for multi unit restorations

PORTFOLIO
BONE- AND TISSUE-LEVEL IMPLANT

The matrix® implant system consists of a bone- and a tissue-level line with only one connection, by simplifying the prosthetic workflow to the max and guaranteeing the highest materials and indication flexibility. The system differs between the platform ø 3,7mm (P37) color-coded in gold and platform ø 4,5mm color-coded in silver for both, bone- and tissue-level line.  


Unleash the benefits that will change your workflow



Explore the benefits
Esthetics


+ Design Flexibility (emergence profile)

+ Zirconium directly on implant 

+ Angulated screw- channel up to 20° 


Quality


+ Stronger than abutments 

+ Higher precision 

+ No cement: 100% screw retained restorations 

+ No risk of debonding 

Simplicity


+ Material & indication flexibility 

+ Material & inventory cost savings 

+ Streamlined portfolio & less components 

+ Up to 100° between implants 

Immediacy

+ Time saving through elimination of manual work 

+ Customized & consistent emergence profiles throughout the whole treatment process 

+ Immediate full digital local workflow (chairside or labside) 

unique & patented features of the matrix®

matrix® SmartBolt

made to support all materials

matrix® ProFlex

allows implant placement and screw channel freedom

matrix® Millfit

designed to be milled locally

matrix® SlimNeck

for increased biological width

matrix® PowerBase

designed for Zirconia on Titanium

matrix® SmartLock

for engaging and non-engaging restorations

matrix® PowerBase
A world-class connection designed to support zirconia on titanium

matrix® PowerBase and its 20° degree internal flat connection, maximizes the surface area to support prosthetic restoration directly on the implant. The world-class connection provides self-centering properties for ideal handling and fit and allows high divergences (50°) between implants. 

Platforms P37 and P45 with significantly larger area than a Ti-Base 

Optimal for force trasmission between implant and crown 

Support direct restoration with all materials 

Platforms available



P37 (ø3,7mm)

Bone-Level

P45 (ø4,5mm)

Bone-Level

P37 (ø3,7mm)

Tissue-Level

P45 (ø4,5mm)

Tissue-Level

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matrix® SmartLock is a self-locking system for automatic positioning, which allows only one single position for crowns and a non-engaging position for multi-unit restorations. It consists of two big vertical rotation blockers with 1.2mm distance for easy milling of the prosthetics and tactile feedback. 

Highly precise fit through vertical guidance 

Self-locking system for automatic positioning (one position) 

Allows for engaging as well as non-engaging connections based on milling strategy. 

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matrix® MillFit
Connection designed for easy and highly precise local milling.

matrix® MillingFit achieves easy and precise milling with standard tools through dedicated milling strategies. A compact connection between implant, screw and crown with no hollow spaces and an interface surface roughness rises above industrial abutment manufacturing. 

Standard drills and dedicated CAM strategies for matrix® 

Achieves 0.2μ of surface roughness for all materials 

Better than industrial abutments manufacturing ( Ra 0.6 μ) 

Dedicated milling strategy for matrix® connection

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matrix® SlimNeck
Profiles for increased biological width.

Pink anodization for tissue management

Concave design for increased biological width

Thanks to reverse-taper design bone doesn't get re-exposed

The 20° shoulder for high divergence bridge restorations

Platform switching for stable crestal bone levels

0,5mm machined neck in the crestal area

Concave tissue-level emergence profile for infinitely more esthetics

The matrix® tissue-level implant comes with a modern emergence profile and a unique concave design. The implant line features a pink anodized neck for optimized translucency and supports modern surgical procedures, such as sub-crestal placements. Ideal for minimal invasive procedures and an increased biological width, matrix® it’s better than ever in guaranteeing high esthetic results and longevity. 

Bone-Level platform switching

The matrix® bone-level implant features a 20° shoulder for high divergence bridge restorations and integrates platform-switching to preserve the crestal bone. 

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Intelligent screw system for all materials and indications.

matrix® SmartBolt consists of three different screw heads, designed for material-specific milling strategies to ensure a precise fit. The specially treated screw surface guarantees increased hardness, scratch-resistance and fatigue strength. The sterile screws are gold anodized for higher esthetics with translucency zirconia. 


Three different screw heads for dedicated indications and materials

Special Titanium (grade 23) for maximal strength 

Screw-head is designed to allow for ideal material-specific milling strategies

for each material a screw.
2.25mm

Flat horizontal screw head for titanium

2.6mm

Flat horizontal screw head for Zirconia and angulated screw channel

2.8mm

Flat horizontal screw head for Zirconia and PMMA

3.25mm

Round screw head for PMMA CAM and 3D printed 

Metals

Narrow screw-head for metal restorations to minimize diameter of screw-access hole 

Ceramics

Medium-size screw-head optimized to support zirconium. 

Polymers

Round screw-head to support provisional polymers with ideal force distribution. 

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matrix® ProFlex
Highest design flexibility in local production

matrix® ProFlex allows implant divergence up to 50° and 20° angled screw channels. The compact design facilitates the placement of fully anatomical crowns without adjustment and supports easy impression taking for angulated implants. 

Screw channel up to 20° degree angulation all around 

Occlusal esthetics in anterior region 

Better handling in posterior region 

Allows implant divergence up to 50° and 20° angled screw channels.
Patient-specific & individual emergence profile

matrix® allows to create 100% digital, chairside manufactured patient-specific emergence profiles by considering the biological shape and transferring the design 1:1 throughout the whole treatment process (healing, provisional and final restoration). With matrix® any design and shape on any material is possible and guarantees a full- anatomic and high esthetic gingiva management. 

Same emergence profile for healing, provisional and final restoration.

Production of personalized healing collar from any material 

Immediate and efficient through chairside manufacturing option 

High esthetic gingiva management 

INDIVIDUALIZED Healing Collar by Dr. RamÓn GÓmez Meda

Placement of a matrix® Tissue-Level implant

A patient-specific healing collar milled chairside with an Amann Girrbach milling machine

The patient-specific healing collar in-situ

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TRI® Performance Concept
10 years clinically proven implant surface and tapered biomechanical design
TRI® BoneAdapt for immediate stability
Body Design

The implant body was designed to provide maximum bone adaptation across the different bone regions along the implant. At the top of the implant, the reverse-tapered neck design reduces forces on crestal bone. The groove right below its neck into which all three threads lead, allows a better force distribution under the bone crest. 

Furthermore, the macro-threads design of the cervical area exhibits a square-thread pattern which minimizes stress and cortical load, thus better protecting the cortical bone. The well-proven standard 60 degree threads finally increase bone surface area in the spongiosa for optimal bone-to-implant contact.

TRI® SBA Surface for predictable osseointegration

The TRI® SBA (sandblasted, large grit, acid-etched) surface is one of the industry gold standards for more than 20 years. It is created by blasting the implant surface under pressure with corundum particles. In the final step the surface is acid-etched twice in order to attain a medium roughness. 

A macrostructure of 20-40 μm and a micro structure of 2-4 μm as an ideal basis for excellent osseointegration. This structure has been proven by numerous clinical studies for this surface type. 

TRI®+ Digital Solution
connection to all open digital workflows with lab-side and chairside milling

TRI®+ Digital Solutions guarantees a universal implant open interface to leading technology partners in digital dentistry. In contrast to numerous digital locked systems, TRI® helps to create more transparency and eliminate all barriers to their respective treatments. TRI®+ Digital Solutions offers a wide range of indications via 3D planning, guided surgery, CAD abutments, CAD / CAM screw- retained and cement-retained restorations or modern treatments.

3D-Planning & Guided Surgery 

Customized CAD restorations

CAD/CAM Screw-retained bars and bridges 

5 Step Workflow
Prof. Constantin von See
(Expert in Digital Dental 3D-Printing)

"Innovative production ways require new concepts in implantology like the matrix® - let´s exploit the full potential of 3D printing on dental implants!"

Falko Noack
(Head R&D, Amann Girrbach)

"A novel CAD/CAM Implant interface like matrix® is required to exploit the full potential of CAD/CAM manufactured prosthetics o implants."

Akira Schüttler
(exocad System Integration Manager)

"As a pioneer in digital dentistry, exocad continuously pushes the development of digital implant workflows. On this mission, we value TRI® as collaboration partner. Their matrix®  is the first to enable the placement of restorations directly on the implant without the use of an abutment. Adding the seamless integration with the iTero scanner  or other open intraoral scanners, exocad’s design software takes digital implant dentistry to the next level." 

Dr. Akiyoshi Funato
(Founder of 5-D Japan)

"matrix® is a game changer for Japan, but also the rest of the world."

Torsten Schwafert
(CEO Modern Dental Europe B.V.)

"The new Digital Implant with its matrix® connection will improve efficiency of the digital prosthetic workflow in a whole new dimension."

Daniel Pally
(Master Dental Technician)

"The matrix® has the potential to revolutionize dental lab digital prosthetics."

KOL'S RATING THE MATRIX®


TRI® is proud to have achieved such a strong rating and received an amazing feedback from our KOL & Expert involved in the First Patient-In Phase of the matrix®. This is a further proof that the matrix® is a disruptive technology and will bring digital implantology to a new dimension!


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DR. ALECSANDRU IONESCU

1

Extraction of tooth 24

2

Immediate matrix® Tissue-Level Implant insertion

3

Final monilithic CAM manufactured crown with angulated screw channel. Natural tooth design copied from the pre OP scan

4

Perfect fit of final restoration 

1

Extraction of tooth 24

2

Immediate matrix® Tissue-Level Implant insertion

3

Final monilithic CAM manufactured crown with angulated screw channel. Natural tooth design copied from the pre OP scan

4

Perfect fit of final restoration 

DR. JOEL TELES

1

Initial Situation 

2

Tissue healing after 10 weeks of PMMA immediate temporary restoration in situ


3

Designing of two single monolithic zirconia crowns (cut-back technique) 

4

Final restauration, 100% screw retained. Two veneered monolithic crowns (cut-back technique)

1

Initial Situation 

2

Tissue healing after 10 weeks of PMMA immediate temporary restoration in situ


3

Designing of two single monolithic zirconia crowns (cut-back technique) 

4

Final restauration, 100% screw retained. Two veneered monolithic crowns (cut-back technique)

DR. RAMÓN GÓMEZ MEDA

1

Immediate matrix® Tissue-Level Implant insertion

2

Chairside milling of an esthetical PMMA temporary crown 

3

Insertion of immediate chairside PMMA temporary crown

4

Perfect fit of PMMA temporary crown

1

Immediate matrix® Tissue-Level Implant insertion

2

Chairside milling of an esthetical PMMA temporary crown 

3

Insertion of immediate chairside PMMA temporary crown

4

Perfect fit of PMMA temporary crown

DR. IVAN PEEV

1

Initial situation

2

Immediate placement of 6 Bone-Level in upper Jaw and 4 Tissue-Bone implants in lower jaw

3

Intra oral scan for direct design of CAM chairside PMMA temporary full-arch restauration 

4

PMMA temporary restauration in situ

1

Initial situation

2

Immediate placement of 6 Bone-Level in upper Jaw and 4 Tissue-Bone implants in lower jaw

3

Intra oral scan for direct design of CAM chairside PMMA temporary full-arch restauration 

4

PMMA temporary restauration in situ

Would you like to know more about the matrix®?
Request an appointment with our Sales Team
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