Angulated Multi Unit 1.6 Abutment 17°

The Angulated Multi Unit 1.6 Abutment 17° is designed to correct implant axis discrepancies by redirecting the prosthetic screw access channel. This is particularly advantageous in anterior or esthetically sensitive regions, where straight screw access would otherwise compromise the restoration’s appearance or structural integrity. The 17° angulation provides flexibility in managing challenging implant placements, supporting improved alignment, and creating space for optimal prosthetic design. It helps clinicians achieve a functional and esthetically pleasing result without compromising restorative access.

We manufacture our Angulated Multi Unit 1.6 Abutment 17° from grade 5 titanium to ensure strength, durability, and precise machining. Grade 5 titanium (Ti-6Al-4V-ELI) offers high tensile strength and excellent fatigue resistance, making it ideal for supporting prosthetic loads at an angle. The material’s rigidity prevents deformation under torque or occlusal pressure, while its machinability allows for a consistently accurate interface with the implant platform. These qualities are essential for ensuring a stable and long-lasting prosthetic connection in angulated applications.

The 17° angulated design repositions the screw access channel to a more favorable trajectory, improving esthetics and function. This is particularly beneficial when implants are placed with anatomical or surgical limitations, such as in the maxillary anterior region or angled posterior placements. By realigning the screw access point, it allows for more centrally positioned access holes in the prosthesis, reducing stress on the restoration and enhancing the esthetic outcome. This design helps optimize both restorative workflow and long-term clinical success.

This abutment is best suited for full-arch or multi-unit restorations where implant angulation prevents the use of straight abutments. It is especially effective when implants are placed at an angle due to bone availability or anatomical constraints, such as in the anterior maxilla or posterior mandible. The 17° option allows clinicians to restore cases with more ideal prosthetic contours and access, improving both function and esthetics. Its use contributes to simplified prosthetic procedures and improved patient outcomes.