Harmonious
- Description and Features
- Technical Specifications
- Implant Range
- Surgical Protocol
The Harmonious™ implant is an improved cylindrical implant. It provides great surface area, stress distribution and good control during implantation procedure. The Harmonious™ implant is simple and easy-to-use.
In the process of placement, the Harmonious™ implant cuts into the bone with far less friction due to the features of its design and ensures multidirectional fixation. It is suitable for one or two-stage surgical protocol and all bone types. However, it is highly recommended for bone types I and II.
The cylindrical shape combined with the implant's cutting taper ensures easy insertion with minimal pressure on the surrounding bone. The Harmonious™ implant is an excellent solution for hard bone.
Polished and Beveled Coronal Region
- Proper healing of the gingival tissue
- Reduced adhesion of bacterial plaque
- Diminished risk of peri-implantitis
Micro Rings
- High primary stability at the cortical level
- Improved bone-to-implant-contact
- Reduced pressure on the cortical bone
- Minimized cortical bone resorption
Double Thread
Simpler and faster implant placement, gentle to the surrounding bone.
Trapezoidal Thread Profile
- Gentle and dense threads
- Extensive bone-to-implant contact
- Better stress distribution
- Greater primary stability
Atraumatic Domed Apex
- High tolerance
- Low risk of damaging anatomical structures
Platform Switching
- Greater growth of the soft tissue minimizing bone resorption
- Ideal antibacterial seal
- Longstanding esthetic stability
Internal Hex Connection
- Very precise internal hex
- One platform suitable for all diameters
- Optimum sealing and absence of micromovements
- Perfect implant-abutment connection
- High resistance to torsional loading
- Effective occlusal loading distribution
- Simple restoration process and excellent esthetic results
CorA™ Surface Treatment
CorA™ (Corundum-blasted, Acid-etched) allows to achieve a high percentage of bone-to-implant contact (BIC). CorA™ surface is formed as a result of rough sandblasting of the titanium implant with corundum particles (Al2O3 aluminum oxide). Due to this, a macroroughness of the titanium surface is achieved. This is followed by an intensive etching in an acid bath at elevated temperature for several minutes. As a result, the fine 2–4 µm micropits are produced on the rough-blasted surface.
Apical Part Design
- Cutting notches
- Reduced excessive pressure on the bone
- Anti-rotational function after osseointegration
- Optimized secondary stability
- Self-tapping
Polished and Beveled Coronal Region
- Proper healing of the gingival tissue
- Reduced adhesion of bacterial plaque
- Diminished risk of peri-implantitis
Micro Rings
- High primary stability at the cortical level
- Improved bone-to-implant-contact
- Reduced pressure on the cortical bone
- Minimized cortical bone resorption
Double Thread
Simpler and faster implant placement, gentle to the surrounding bone.
Trapezoidal Thread Profile
- Gentle and dense threads
- Extensive bone-to-implant contact
- Better stress distribution
- Greater primary stability
Atraumatic Domed Apex
- High tolerance
- Low risk of damaging anatomical structures
Platform Switching
- Greater growth of the soft tissue minimizing bone resorption
- Ideal antibacterial seal
- Longstanding esthetic stability
Internal Hex Connection
- Very precise internal hex
- One platform suitable for all diameters
- Optimum sealing and absence of micromovements
- Perfect implant-abutment connection
- High resistance to torsional loading
- Effective occlusal loading distribution
- Simple restoration process and excellent esthetic results
CorA™ Surface Treatment
CorA™ (Corundum-blasted, Acid-etched) allows to achieve a high percentage of bone-to-implant contact (BIC). CorA™ surface is formed as a result of rough sandblasting of the titanium implant with corundum particles (Al2O3 aluminum oxide). Due to this, a macroroughness of the titanium surface is achieved. This is followed by an intensive etching in an acid bath at elevated temperature for several minutes. As a result, the fine 2–4 µm micropits are produced on the rough-blasted surface.
Apical Part Design
- Cutting notches
- Reduced excessive pressure on the bone
- Anti-rotational function after osseointegration
- Optimized secondary stability
- Self-tapping
One Prosthetic Platform for All Implant Diameters
|
Implant Diameter D1, mm |
Platform P, mm |
D2, mm | C, mm |
|---|---|---|---|
| 3.3 | 3.75 | 2.9 | 0.5 |
| 3.75 | 3.75 | 3.0 | 0.5 |
| 4.2 | 3.75 | 3.6 | 0.5 |
| 5 | 3.75 | 4.5 | 0.5 |
Raw Material
The Harmonious™ implant is made of Titanium alloy Ti-6Al-4V ELI (Extra Low Interstitials). This type of alloy combines excellent biocompatibility and strength properties.
Package Content
The Harmonious™ implant package consists of:
- Inside tube
- Harmonious™ implant
- Implant carrier
- Cover screw
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3.3
mm |
Length, mm | 10 | 11.5 | 13 | 16 | |
| Cat. № | SI-H1033 | SI-H1133 | SI-H1333 | SI-H1633 |
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3.75
mm |
Length, mm | 8 | 10 | 11.5 | 13 | 16 |
| Cat. № | SI-H0837 | SI-H1037 | SI-H1137 | SI-H1337 | SI-H1637 |
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4.2
mm |
Length, mm | 8 | 10 | 11.5 | 13 | 16 |
| Cat. № | SI-H0842 | SI-H1042 | SI-H1142 | SI-H1342 | SI-H1642 |
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5
mm |
Length, mm | 8 | 10 | 11.5 | 13 | 16 |
| Cat. № | SI-H0850 | SI-H1050 | SI-H1150 | SI-H1350 | SI-H1650 |
Drill Sequence
- The drill may be used throughout the entire implant’s length, where the cortical bone is soft.
- The drill may be used as a countersink where the cortical bone is hard.
Important:
- All drills are available with internal or external irrigation, straight or conical.
- Additional drill diameters are available.
- In cases of extremely hard bone it is recommended to make adjustments.
- Protocol recommended by Sunran should not replace the dental surgeon judgment and experience.
- Drill sterilization should be carried out in accordance with the Sunran sterilization protocol.
