Angulated Multi Unit 1.4 Titanium Sleeve Set Slim Platform 17°

The 17° angulation of our Angulated Multi-Unit 1.4 Titanium Sleeve Set Slim Platform is designed to optimize implant restorations in cases where implant placement deviates from an ideal prosthetic position. By compensating for angulation discrepancies, it enables proper alignment of the prosthetic restoration, improving both function and aesthetics. This angulation is particularly useful in full-arch restorations where implants are placed at different angles to maximize bone support while still achieving a balanced occlusion and natural-looking emergence profile.

The slim platform of this Angulated Multi-Unit 1.4 Titanium Sleeve Set offers advantages in cases with limited interproximal space or narrow ridge anatomy. It provides a more conservative profile, reducing soft tissue impingement while maintaining excellent prosthetic support. This design helps achieve better soft tissue adaptation, minimizing inflammation risks and enhancing long-term stability. Additionally, the reduced size allows for a more streamlined prosthetic connection, contributing to an improved emergence profile and natural-looking restorations.

It’s not just any titanium, it’s grade 5 titanium and it’s chosen for the 1.4 Titanium Sleeve due to its exceptional strength, corrosion resistance, and long-term durability in oral environments. Its high strength-to-weight ratio ensures structural integrity while keeping the prosthetic components lightweight. Additionally, titanium’s resistance to wear and fracture contributes to the longevity of the restoration. The sleeve’s precision-machined design ensures a secure connection between the abutment and prosthesis, enhancing the stability of the final restoration.

This Angulated Multi-Unit Set is particularly beneficial in full-arch restorations, tilted implant cases, and situations where anatomical constraints prevent straight implant placement. It helps correct implant angulation, facilitating a prosthetic path of insertion that reduces cantilever forces and optimizes load distribution. This is crucial in restoring function and aesthetics while preventing excessive stress on individual implants. The slim platform makes it especially useful in cases with limited interocclusal space or narrow ridge anatomy, where maintaining soft tissue health and achieving a natural emergence profile are priorities.