Angulated Multi Unit 1.4 Abutment 52°

The 52° angulation of our Angulated Multi-Unit 1.4 Abutment allows for greater flexibility in managing extreme implant divergences, especially in cases where implants are placed at challenging angles due to anatomical constraints. This feature enhances prosthetic alignment, ensuring a more natural occlusal scheme and improved load distribution. By optimizing angulation, the abutment also facilitates better soft tissue adaptation, leading to improved long-term esthetics and function. Additionally, it simplifies the restorative process by enabling screw-retained restorations in cases where a straight abutment would be less effective.

Our Angulated Multi-Unit 1.4 Abutment is crafted from high-grade titanium alloy (Grade 5, Ti-6Al-4V) to ensure strength, durability, and excellent mechanical performance. Titanium Grade 5 is chosen for its exceptional resistance to fracture and wear, making it ideal for long-term implant-supported restorations. This material also provides optimal structural integrity, maintaining the stability of the prosthesis even under high occlusal forces. Additionally, the precision machining of our abutment ensures a highly accurate connection with the implant, reducing micro-movement and enhancing the restoration’s longevity.

This abutment is particularly useful in full-arch restorations, especially in cases where implants have been placed at severe angles due to bone limitations or anatomical structures such as the maxillary sinus or inferior alveolar nerve. The 52° angulation allows for proper prosthetic alignment without the need for complex modifications. It is also beneficial in cases where screw-retained restorations are preferred over cement-retained options, minimizing excess cement complications. By optimizing implant positioning, this abutment contributes to better occlusal function, esthetics, and long-term success of the prosthesis.

Our Angulated Multi-Unit 1.4 Abutment simplifies the restorative workflow by allowing for direct screw-retained restorations in cases where a conventional straight abutment would require additional modifications. This reduces chair time and laboratory adjustments, making the process more efficient for both clinicians and technicians. Additionally, its precision-engineered design ensures a secure and stable connection with the prosthesis, reducing the risk of complications such as screw loosening or misalignment. The abutment’s ability to correct extreme implant angles also eliminates the need for angled prosthetic components, streamlining the overall treatment process.