Angulated Multi Unit 1.4 Plastic Sleeve Set 60°

The 60° angulation of our Angulated Multi-Unit 1.4 Plastic Sleeve Set is specifically designed for cases where ideal implant positioning is not possible. This advanced angulation redirects the prosthetic screw channel, allowing for optimal occlusal access and a natural emergence profile. Equally important, the use of titanium grade 5 in the abutment ensures superior mechanical strength and resistance to deformation under functional load. This combination of angulation and material durability contributes to a stable, long-lasting prosthesis with minimal need for adjustments, especially in complex full-arch restorations.

The plastic sleeve in our system plays a critical role in achieving precise angulation during prosthetic fabrication. It allows for accurate screw channel alignment and acts as a protective insert during model work. When paired with the titanium grade 5 abutment, the sleeve benefits from a rigid, high-strength interface that maintains dimensional stability and minimizes the risk of damage during seating or torque application. This synergy enhances prosthetic accuracy, streamlines the workflow, and supports a secure prosthesis in angulated restorations.

The 1.4mm screw is specifically engineered to deliver optimal retention while maintaining high structural stability. Its smaller diameter allows for increased material thickness in the abutment, which enhances durability and reduces the risk of mechanical complications. The precise screw geometry, combined with the robust construction of the abutment, ensures long-term reliability and performance, particularly in full-arch restoration cases.

The 60° angulated plastic sleeve set is especially valuable in anatomically challenging cases—such as the anterior maxilla or severely resorbed ridges. The combination of strategic angulation and reinforced structural design ensures secure fixation even under angled loading conditions. This makes it ideal for full-arch restorations where screw access needs to be redirected or when vertical space is limited. The design supports precise prosthetic outcomes and long-term success in complex implant scenarios.