Angulated Multi Unit 1.6 Abutment 45°

The Angulated Multi Unit 1.6 Abutment 45° is designed to correct extreme implant angulation in full-arch and multi-unit restorations. Its 45° angle enables clinicians to redirect the prosthetic screw access channel to a more favorable trajectory, which is especially important in cases where implants are placed at steep angles due to anatomical constraints. This correction supports a functional and esthetic restoration by improving access and alignment for screw-retained prostheses.

This abutment features a collar height of 1 mm, a platform diameter of 4.9 mm, and a 1.6 mm component screw platform. It is compatible with internal hex connections with a 2.42 mm interface. The 45° angulation offers the greatest degree of correction within the Multi Unit line, making it particularly suitable for highly angulated implant placements. The abutment is made from grade 5 titanium, which provides the strength and precision required for maintaining structural integrity under load.

The 45° multi-unit abutment simplifies full-arch restorations by correcting challenging implant angulations, especially in the posterior maxilla. Its angulated design redirects the screw access channel for better esthetics and retrievability, reducing the need for custom solutions. Clinically, it streamlines impression-taking, provisionalization, and prosthesis delivery by creating a more parallel and prosthetic-friendly platform. This improves both the visual appearance and the function of the final prosthesis. The abutment also helps ensure a passive fit, reduces lateral stress on the prosthetic components, and supports efficient integration into both digital and traditional workflows.

When considering the GDT Implants Angulated Multi Unit 1.6 Abutment 45°, clinicians should assess implant angulation, available prosthetic space, and esthetic requirements. This abutment is most appropriate when angulation exceeds 30°, and when straight or less-angulated options would compromise screw access or prosthesis design. It’s important to confirm that sufficient interarch space exists to accommodate the angled head without impinging on soft tissue or creating interference. Evaluating radiographs and digital scans can help determine if the 45° correction will optimize prosthetic alignment while maintaining proper emergence profile and retrievability.