Product Description
The Titanium Abutment Super Wide H2.43 for Turning is a precision-engineered prosthetic component designed for the fabrication of custom cement-retained implant restorations through milling and turning procedures. Manufactured from medical-grade Ti6Al4V ASTM F136 titanium alloy, this abutment provides exceptional strength, bio-compatibility, and long-term clinical reliability.
Featuring a straight profile with a 2.43 mm anti-rotational hex connection and an enlarged 8.0 mm diameter, the abutment offers increased restorative flexibility for the fabrication of custom abutments in posterior regions. Its super wide design provides additional material volume for shaping emergence profiles and compensating for implant angulations, making it particularly suitable for premolar and molar restorations.
The abutment connects directly to compatible H2.43 implant platforms using fixation screw 701203. It is intended for dental laboratory customization through milling and turning procedures, allowing technicians to create patient-specific prosthetic solutions for complex restorative cases.
Advantages
- Manufactured from medical-grade Ti6Al4V ASTM F136 titanium alloy.
- Super wide 8.0 mm diameter provides increased material for customization.
- Designed for custom milling and turning procedures.
- Ideal for premolar and molar restorations.
- Suitable for cases with implant angulations of approximately 15°–25°.
- Anti-rotational 2.43 mm hex connection for accurate positioning and stability.
- Supports fabrication of custom cement-retained restorations.
- Excellent mechanical strength and corrosion resistance.
- Compatible with conventional and CAD/CAM laboratory workflows.
- Provides a stable prosthetic platform for predictable restorative outcomes.
Specifications
- Connection: H2.43 Internal Hex 2.43 mm
- Diameter: 8.0 mm
- Height: 12 mm
- Material: Ti6Al4V ASTM F136 Titanium Alloy
- Fixation Screw: 701203
Compatible Implants
- UNIQUE Implants Diameters: Ø3.75 mm, Ø4.2 mm, Ø5.0 mm, Ø6.0 mm
- PERFECT Implants Diameters: Ø4.2 mm, Ø5.0 mm, Ø6.0 mm
- PRIMA Implants Diameters: Ø3.3 mm, Ø3.75 mm, Ø4.2 mm, Ø5.0 mm, Ø6.0 mm
Indications
- Fabrication of custom implant abutments by milling and turning.
- Cement-retained implant-supported restorations.
- Premolar and molar restorative applications.
- Cases requiring compensation for implant angulation.
- Dental laboratory procedures for customized prosthetic restorations.
- Single-unit and multiple-unit restorative applications.
Sterilization
The product is supplied non-sterile. Prior to clinical use, sterilization in an autoclave at 135°C (274°F) is required according to validated sterilization procedures.
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Titanium Abutment Super Wide H2.43 for Turning
Intended Use
The Titanium Abutment Super Wide H2.43 for Turning is intended for the fabrication of custom implant-supported cement-retained restorations through milling and turning procedures performed in a dental laboratory. The abutment is particularly suitable for premolar and molar restorations and for cases requiring compensation of implant angulation.
Contraindications
Do not use:
- With implant systems not listed in these instructions.
- If the component is damaged, deformed, or contaminated.
- As supplied, without appropriate laboratory modification and fabrication procedures.
- In cases where a compatible implant connection cannot be verified.
Warnings
- This product is intended for use only by qualified dental professionals and dental laboratories.
- Use only original compatible components and fixation screws.
- Improper milling, turning, or fabrication procedures may compromise the fit, function, and mechanical integrity of the final restoration.
- Failure to verify compatibility and proper seating may result in prosthetic complications or restoration failure.
Precautions
- Verify implant compatibility before use.
- Inspect the component and fixation screw prior to use.
- Follow accepted laboratory procedures during milling and turning operations.
- Avoid damage to the implant connection geometry during customization.
- Verify the fit and accuracy of the final restoration before clinical use.
- Maintain adequate material thickness during customization to preserve structural integrity.
- Maintain traceability of the product lot number in patient records.
Instructions for Use
Laboratory Procedure
1. Verify compatibility of the abutment with the selected implant system.
2. Attach the Titanium Abutment Super Wide H2.43 for Turning to the implant analog or implant using fixation screw 701203.
3. Design and fabricate the custom abutment using appropriate milling and turning procedures.
4. Modify the abutment as necessary to achieve the desired emergence profile, contour, and restorative design.
5. For angled implant situations, customize the abutment to compensate for implant angulations according to accepted laboratory protocols.
6. Finish and polish the customized abutment according to standard laboratory procedures.
7. Inspect the completed abutment for fit, accuracy, surface quality, and structural integrity.
8. Verify proper adaptation of the restoration prior to clinical use.
Clinical Procedure
1. Verify the fit of the fabricated custom abutment and restoration.
2. Clean and inspect the implant connection.
3. Seat the custom abutment and verify complete seating clinically and radiographically.
4. Tighten the fixation screw according to the implant system protocol.
5. Seat the restoration and verify occlusion, stability, and soft tissue adaptation.
6. For cement-retained restorations, remove all excess cement.
7. Perform routine follow-up examinations according to accepted clinical protocols.
Sterilization
- The product is supplied non-sterile.
- Before clinical use, clean and sterilize the abutment using a validated steam sterilization cycle. Autoclave sterilization at 135°C (274°F) is required prior to placement.
- Do not use the product if sterility cannot be assured.
Storage
Store in a clean, dry environment in the original packaging. Protect from contamination, excessive heat, direct sunlight, moisture, and mechanical damage.