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How does the 25° angulation of GDT Implants’ Angulated Abutments enhance restorative flexibility?
The 25° angulation of our Angulated Abutments allows clinicians to address challenging implant positions effectively. This design facilitates optimal prosthetic alignment in cases of severe implant angulation, improving the overall aesthetics and function of the restoration. By redirecting the angulation, the abutment enables better alignment of the final crown or prosthesis with adjacent teeth, ensuring a more natural and harmonious appearance while maintaining occlusal balance.
What materials are used in GDT Implants’ Angulated Abutments 25°, and why were they chosen?
Our Angulated Abutments 25° are crafted from high-strength titanium grade 5. This material is renowned for its superior mechanical strength and resistance to deformation under functional loading. Titanium grade 5 is also corrosion-resistant, making it suitable for long-term use in the oral environment. The choice of this material ensures the durability and reliability of the abutments, even in demanding clinical situations.
What are the key clinical benefits of using GDT Implants’ Angulated Abutments 25°?
GDT Implants’ Angulated Abutments 25° are designed to improve outcomes in cases where implants are placed at less-than-ideal angles due to anatomical or spatial limitations. The abutments streamline the workflow by eliminating the need for extensive modification or additional components to correct angulation. This helps reduce chair time while ensuring that the final restoration is both functional and aesthetic, enhancing patient satisfaction and clinical efficiency.
How do GDT Implants’ Angulated Abutments 25° contribute to long-term restoration success?
The precise engineering and durable materials of our Angulated Abutments 25° help maintain the stability of restorations over time. The design ensures a secure connection to the implant, minimizing micromovements and reducing stress on both the abutment and surrounding structures. This contributes to the longevity of the restoration by preventing complications such as screw loosening or component failure, even under significant occlusal forces.
