Angulated Multi Unit 1.4 Abutment 45°

The 45° angulation of our GDT Implants Angulated Multi-Unit 1.4 Abutment allows for optimized positioning of dental prosthetics in cases where the implant axis may be misaligned. This angulation provides enhanced flexibility in cases with limited bone volume or aesthetic demands, particularly in the anterior region. By adjusting the prosthetic angle, the 45° abutment helps achieve ideal placement, facilitating better aesthetics and functional alignment. This angulation minimizes the need for invasive corrective procedures, helping clinicians achieve efficient outcomes without compromising on quality.

The Angulated Multi-Unit 1.4 Abutment from GDT Implants is crafted from high-grade titanium alloy, known for its strength, durability, and corrosion resistance. This material choice ensures a stable foundation, even under significant occlusal forces. Titanium’s strength supports the long-term integrity of the abutment while maintaining its structure over years of use. Additionally, the smooth finish of the titanium enhances soft tissue compatibility, promoting healthy tissue response and reducing risks of inflammation around the abutment, making it suitable for high-stress areas like the molar region.

The GDT Implants Angulated Multi-Unit 1.4 Abutment is designed to promote healthy soft tissue outcomes through its precise geometry and smooth finish. The streamlined design minimizes the accumulation of plaque and bacteria around the abutment, reducing the risk of peri-implantitis and other complications. The 45° angulation also allows for optimal positioning, aiding in contouring the soft tissue to create a natural emergence profile. This combination of design elements enhances patient comfort and aesthetics while supporting long-term gingival health around the restoration.

When working with the GDT Implants Angulated Multi-Unit 1.4 Abutment at a 45° angle, it’s crucial to consider the patient’s occlusal forces and aesthetic goals. The angulation facilitates placement in challenging anatomical areas, particularly in cases with bone limitations or high aesthetic demands. Clinicians should ensure that occlusal loads are appropriately distributed to prevent undue stress on the abutment. Additionally, the angled configuration is ideal for full-arch restorations, allowing for a smooth prosthetic workflow and enabling a harmonious alignment that maximizes aesthetic appeal and functional integration.