All about product
Reviews
INSTRUCTION FOR USE
CAD/CAM Libraries
Product Description
The Titanium Abutment CH2.1 – 1 mm for Immediate Loading is a multifunctional prosthetic component designed for immediate loading protocols, temporary and permanent restorations, and implant placement procedures. Featuring a straight design with an integrated shoulder and an anti-rotation cone and 2.1 mm hex connection, this abutment provides exceptional versatility throughout the implant treatment workflow.
Manufactured from medical-grade Ti6Al4V titanium alloy in accordance with ASTM F136 standards, the abutment offers outstanding strength, biocompatibility, and long-term clinical reliability. The smooth external surface promotes soft tissue adaptation while facilitating prosthetic restoration procedures.
The abutment connects directly to CH2.1 implants using fixation screw 701203 (UNF 1-72) and can serve multiple clinical functions, including implant insertion, healing, immediate loading, digital scanning, and definitive prosthetic restoration.
Additionally, the abutment may be removed using Abutment Removal Key/Screw 431912 when required.
Key Features
- Designed for cement-retained restorations
- Optimized for immediate loading protocols
- Straight abutment design with integrated shoulder
- Anti-rotation cone and H2.1 mm hex connection
- Manufactured from Ti6Al4V ASTM F136 medical-grade titanium
- Smooth external surface
- Direct implant connection using screw 701203 (UNF 1-72)
- Compatible with digital scanning procedures using a plastic scan cap
- Suitable for temporary and permanent restorations
- Intended for professional dental use
Advantages
- Supports immediate loading treatment protocols
- Functions as an implant carrier during implant placement
- Can be used as a healing abutment in one-stage surgical procedures
- Suitable for temporary cement-retained and screw-retained restorations
- Serves as a titanium base for permanent crowns
- Compatible with digital workflows and intraoral scanning procedures
- Anti-rotation connection ensures accurate positioning and prosthetic stability
- High-strength titanium alloy provides long-term durability
- Reduces the number of components required during treatment
- Supports efficient and predictable restorative workflows
Compatible Implant Systems
- UMI Implants Diameters: Ø3.3 mm, Ø3.75 mm
- PMI Implants Diameters: Ø3.75 mm, Ø4.2 mm
Sterilization
- The product is supplied non-sterile.
- Before clinical use, the abutment must be sterilized in a steam autoclave using a validated sterilization cycle.
- Recommended sterilization temperature: 135°C (275°F)
Follow the autoclave manufacturer's instructions regarding exposure and drying times.
Applications
The Titanium Abutment CH2.1 – 1 mm for Immediate Loading is a multifunctional component used for implant placement, immediate loading protocols, healing procedures, digital scanning, and the fabrication of temporary and permanent implant-supported restorations. Its versatile design makes it an efficient solution for modern implant treatment workflows while providing predictable clinical and restorative outcomes.
Reviews
There are no reviews for this product, be the first to leave your review.
Titanium Abutment CH2.1 1mmL for Immediate Loading
Intended Use
The Titanium Abutment CH2.1 1 mmL for Immediate Loading is intended for use with compatible dental implants to support immediate-loading, temporary, and definitive implant-supported cement-retained or screw-retained restorations.
Contraindications
Do not use:
- With implant systems not listed in these instructions.
- If the component is damaged, deformed, or contaminated.
- In patients with conditions that contraindicate implant treatment.
- When adequate implant primary stability for immediate loading cannot be achieved.
Warnings
- This product is intended for use only by qualified dental professionals.
- Immediate loading should only be performed when sufficient primary implant stability has been achieved according to accepted clinical protocols.
- Use only original compatible components and fixation screws.
- Failure to properly seat the abutment may result in mechanical complications, component loosening, or restoration failure.
- Excessive occlusal loading during the healing period may compromise osseointegration and treatment outcomes.
Precautions
- Verify compatibility before use.
- Inspect the component and fixation screw prior to use.
- Confirm complete seating of the abutment before tightening the fixation screw.
- Verify proper fit clinically and radiographically.
- Minimize occlusal contacts and lateral loading during the immediate-loading phase.
- Maintain traceability of the product lot number in patient records.
- Follow accepted clinical protocols for implant restoration and maintenance.
Instructions for Use
Clinical Procedure
1. Verify compatibility of the abutment with the selected implant system.
2. Ensure that the implant has achieved adequate primary stability for immediate loading.
3. Remove the healing component or cover screw and clean the implant connection.
4. Seat the Titanium Abutment CH2.1 1 mmL for Immediate Loading into the implant connection and verify complete seating.
5. Secure the abutment using fixation screw 701203 and tighten according to the implant system protocol.
6. Verify the position and fit of the abutment clinically and radiographically.
7. Fabricate or place the provisional or definitive restoration as indicated.
8. Verify occlusion, stability, and soft tissue adaptation.
9. For cement-retained restorations, remove all excess cement.
10.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 according to applicable local regulations and accepted clinical protocols.
- 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.
CadCam
