Angulated Multi Unit 1.4 Abutment 60°

The 60° angulation of our Angulated Multi-Unit 1.4 Abutment provides a significant advantage in cases where implant placement is limited by anatomical constraints. This design helps redirect the restorative axis to optimize prosthetic alignment, improving both function and aesthetics. By accommodating severe angulations, the abutment allows for restorations in atrophic ridges and cases requiring extreme angulation correction without the need for additional bone augmentation. This leads to more predictable outcomes while preserving existing bone structure, reducing the complexity of full-arch restorations.

The 1.4mm screw connection in our Angulated Multi-Unit 1.4 Abutment 60° is designed to provide high mechanical strength and secure retention. The precision-machined connection ensures tight engagement between the abutment and the implant, minimizing the risk of micro-movement, which can contribute to screw loosening or prosthetic instability over time. This stable connection enhances the long-term success of implant-supported restorations by distributing occlusal forces efficiently, reducing mechanical stress on the implant-abutment interface.

Our Angulated Multi-Unit 1.4 Abutment 60° is made from high-strength titanium alloy (Grade 5 Ti-6Al-4V), a material known for its exceptional durability, corrosion resistance, and mechanical strength. Titanium Grade 5 is widely recognized in implantology due to its superior balance of strength and lightweight properties. It resists deformation under occlusal forces, ensuring the longevity of the prosthetic restoration while promoting optimal soft tissue response. This material choice enhances long-term performance, precision, and reliability in both single and full-arch implant-supported restorations.

The Angulated Multi-Unit 1.4 Abutment 60° is ideal for full-arch and partial implant-supported restorations, particularly in cases where implant placement is constrained by anatomical limitations. It allows for screw-retained prostheses in highly angulated cases, reducing the need for cemented restorations, which can lead to excess cement retention and potential peri-implant complications. This abutment is particularly beneficial in All-on-X cases, where correcting implant angulation is essential for achieving a well-aligned prosthetic design. Its use facilitates predictable restorations with optimal load distribution and long-term stability.