Screw For Multi Unit 1.6 Abutment

The Screw for GDT Implants' Multi Unit 1.6 Abutment is a precision-engineered component designed to securely fasten prosthetic frameworks to the abutment. Its function is critical in ensuring a stable, screw-retained connection that maintains the integrity of the restoration under functional loading. The screw’s design supports accurate torque application, which helps prevent loosening over time. By maintaining a consistent connection between the prosthesis and the abutment, it contributes to long-term prosthetic success and minimizes the need for follow-up adjustments.

We manufacture the Screw for Multi Unit 1.6 Abutment from grade 5 titanium, known for its exceptional strength-to-weight ratio and fatigue resistance. This material allows the screw to endure repeated torque cycles without deforming, even under high occlusal forces. Grade 5 titanium also offers corrosion resistance, which is essential for longevity in the oral environment. The consistent performance of this material ensures that the screw can maintain a secure fit over time, contributing to the durability of the entire prosthetic system.

The screw is designed with precise threading and a low-profile head to ensure an optimal fit with the GDT Implants Multi Unit 1.6 Abutment. This threading allows for uniform torque distribution, which minimizes micro-movement and reduces the risk of screw loosening over time. The screw head is engineered to sit flush within the prosthetic interface, preventing rotational stress and enhancing mechanical stability. Together, these features promote long-term retention and reduce the likelihood of mechanical complications.

This screw is especially beneficial in full-arch and multi-unit screw-retained restorations where prosthetic stability is paramount. It is ideal for cases requiring repeated prosthetic trials or adjustments, as its grade 5 titanium construction can withstand multiple torque cycles without degradation. The screw’s consistent performance under dynamic loading makes it a dependable choice for clinicians seeking to reduce mechanical failures and ensure predictable, long-lasting outcomes for complex restorations.