Angulated Multi Unit 1.4 Titanium Sleeve Set Slim Platform 30°

The 30° angulation of our Angulated Multi-Unit 1.4 Titanium Sleeve Set is designed to optimize prosthetic positioning when dealing with challenging implant angles. It's only suitable for implants that were inserted at a 30-degree angle, ensuring a precise correction of implant trajectory for improved prosthetic alignment. By correcting the angle, the restoration achieves better function and aesthetics, especially in the anterior region or when working with full-arch rehabilitations. This angulation helps distribute occlusal forces more evenly, reducing stress on the implants and enhancing long-term stability.

The titanium sleeve in this set serves as a crucial component in securing and guiding the prosthetic restoration. It provides a stable connection between the prosthesis and the angulated multi-unit abutment, ensuring precise positioning and structural integrity. Made from high-quality titanium, the sleeve enhances durability while facilitating a passive fit of the prosthesis. The sleeve also aids in maintaining a proper emergence profile, supporting soft tissue adaptation and contributing to long-term prosthetic success.

The slim platform design is particularly advantageous in cases with limited interproximal space or when working with narrow ridge conditions. This streamlined profile allows for more conservative prosthetic designs, reducing the need for excessive adjustments to adjacent structures. Additionally, the slim platform supports optimal soft tissue adaptation, promoting a natural-looking emergence profile. This design also helps maintain adequate hygiene access, reducing the risk of peri-implant complications and improving long-term restoration success.

When working with the Angulated Multi-Unit 1.4 Titanium Sleeve Set, clinicians should carefully assess implant angulation and prosthetic requirements before selecting the appropriate sleeve and abutment. Proper planning ensures optimal force distribution and restoration stability. Additionally, ensuring a passive fit of the prosthesis is critical to minimizing stress on the implant and surrounding bone. Given the slim platform design, clinicians should also consider soft tissue management to promote a natural and aesthetic outcome. Proper torque application and verification of seating are essential to achieving a secure and long-lasting restoration.