Angulated Multi Unit 1.6 Plastic Sleeve Set 17°

This plastic sleeve set is designed to accommodate a 17° implant angulation by redirecting the prosthetic access channel during the fabrication of screw-retained restorations. It allows clinicians to correct minor implant misalignments in full-arch or multi-unit cases without compromising the structure of the prosthetic framework. The set ensures proper emergence profile and prosthetic path, supporting both esthetics and function in challenging restorative scenarios.

The set consists of a POM plastic sleeve, a corresponding screw, and angulated multi unit abutment, all together engineered to maintain a consistent 17° angulated trajectory. The 17° angulated abutment corrects implant angulation by repositioning the prosthetic platform for improved alignment and screw channel access. The plastic sleeve is designed to fit securely within conventional frameworks, guiding the prosthetic contour along the corrected pathway during the lab phase. The screw engages the Multi Unit 1.6 Abutment precisely, ensuring stable retention. Together, these components simplify the restorative workflow, improve esthetics by correcting angulation, and support long-term clinical success in advanced implant cases.

POM (polyoxymethylene) is chosen for its dimensional stability, wear resistance, and ease of adjustment. It can be trimmed or adapted during temporization, allowing technicians to refine emergence profiles without damaging the sleeve. POM’s low friction and rigidity help maintain sleeve alignment during impression-taking, and framework placement, reducing chairside adjustments and improving prosthetic reliability.

The GDT Implants Angulated Multi Unit 1.6 Plastic Sleeve Set 17° ensures that the screw-retained prosthesis remains accessible and serviceable over time. By redirecting the screw channel to a more favorable position, the system allows clinicians to avoid placing access holes in esthetically or functionally compromised areas. This facilitates easier removal and maintenance of the restoration without damaging the prosthetic structure. The fixed 17° trajectory helps maintain consistency across cases, reducing unpredictability during follow-ups. As a result, prostheses are easier to adjust, repair, or replace while preserving both function and appearance.