Anatomic Angulated Abutment 15°

The 15° angulation of our GDT Implants Anatomic Angulated Abutment allows for optimal correction of implant placement in cases where the implant is not ideally positioned. This angulation enables technicians to achieve the desired prosthetic orientation, improving the overall alignment of the restoration with adjacent teeth. By providing this degree of angulation, our abutment enhances both functional and aesthetic outcomes, making it a reliable option in challenging clinical scenarios where a straight abutment would not be ideal.

Our Anatomic Angulated Abutment 15° is manufactured using high-strength titanium grade 5. This material is chosen due to its excellent mechanical properties, such as durability, strength, and resistance to corrosion. Titanium grade 5 ensures the longevity of the abutment while offering excellent integration with other components of the dental restoration. Its strength ensures that it can withstand the forces of mastication, providing long-term stability for the dental restoration and reducing the risk of fractures or wear over time.

The anatomic contour of our angulated abutment is specifically designed to support optimal soft tissue health. By closely mimicking the natural emergence profile of a tooth, it promotes healthy soft tissue growth around the abutment, minimizing irritation and enhancing the overall aesthetic of the restoration. This design helps prevent the development of gaps or spaces that could harbor bacteria, contributing to better long-term soft tissue stability and a more natural-looking outcome for the patient.

When using the GDT Implants Anatomic Angulated Abutment 15°, it is important to consider the position of the implant and the angulation required for optimal prosthetic alignment. The 15° angulation is ideal for correcting minor misalignments in implant placement, but careful planning is required to ensure that it provides the desired prosthetic outcome. Additionally, technicians should consider the height of the abutment and its anatomic shape to ensure proper soft tissue support and a secure fit of the final restoration. Proper torque values must also be followed to ensure long-term stability.