Angulated Multi Unit 1.4 Kit 52°

The 52° angulated design allows for optimal prosthetic positioning in cases where implant placement is challenging due to anatomical limitations. By offering this degree of angulation, our multi-unit kit helps correct implant trajectory, enabling precise restoration alignment and improving prosthetic function. This feature is particularly beneficial in full-arch rehabilitations, as it enhances the ability to achieve an ideal prosthetic emergence without the need for extensive bone augmentation. The result is a more efficient workflow, reducing chair time while ensuring a stable and aesthetic outcome for the patient.

The Angulated Multi-Unit 1.4 Kit 52° includes a selection of essential components designed to facilitate the restoration process. This kit contains angulated abutments, prosthetic screws, and necessary tools for precise placement and secure fixation. Each component is meticulously crafted to ensure a stable and durable connection within the restorative framework. Additionally, the abutments are designed to support both screw-retained and hybrid restorations, giving clinicians flexibility in treatment planning. By providing a comprehensive set of components, our kit streamlines the workflow and enhances efficiency in complex cases.

Our Angulated Multi-Unit 1.4 Kit 52° is made from Titanium grade 5, chosen for its strength, durability, and long-term clinical performance. Titanium is well-known for its resistance to corrosion and ability to maintain structural integrity under occlusal forces. This ensures that the abutments and screws provide a secure and lasting connection, reducing the risk of mechanical complications. The precision manufacturing of our titanium components also allows for an excellent fit, contributing to the overall stability and predictability of the prosthetic restoration.

This kit is particularly useful in full-arch and partial rehabilitations, where implants may need to be placed at an angle due to bone availability or anatomical constraints. The 52° angulation is ideal for cases involving atrophic ridges, as it allows for prosthetic correction without requiring extensive grafting procedures. Additionally, it is beneficial for immediate loading protocols, as it enables better distribution of forces and enhances primary stability. By using this system, clinicians can achieve a more efficient and predictable restoration process, even in complex implant placements.