Angulated Multi Unit 1.4 Slim Platform 30°

The 30° angulation of our Angulated Multi-Unit 1.4 Slim Platform allows for precise correction of implant positioning, particularly in cases where implants are placed at challenging angles due to anatomical limitations. This feature enhances the prosthetic outcome by enabling a more natural emergence profile and optimal load distribution. The angulation also improves accessibility in cases of severe divergence between implants, reducing the need for excessive framework adjustments. By facilitating better alignment, this abutment contributes to the long-term stability and aesthetics of full-arch restorations.

Our Angulated Multi-Unit 1.4 Slim Platform 30° is designed to streamline the restorative workflow by minimizing the need for complex angulation corrections. The precise design reduces chairside adjustments, allowing for a more efficient fitting of prosthetic components. Additionally, the angulation enhances passive fit in multi-unit cases, decreasing stress on the prosthesis and implants. The abutment’s streamlined connection also simplifies impression-taking and digital scanning, contributing to a more predictable and time-saving restorative process.

We use high-grade titanium for our Angulated Multi-Unit 1.4 Slim Platform 30° abutments due to its superior strength-to-weight ratio and excellent corrosion resistance. Titanium ensures long-term durability, even under significant occlusal forces, making it ideal for full-arch and multi-unit restorations. Additionally, its surface properties support optimal soft tissue integration, contributing to the overall success of the restoration. The use of titanium also allows for precise machining, ensuring a secure and stable connection between the implant and prosthetic components.

The precise angulation and secure fit of our Angulated Multi-Unit 1.4 Slim Platform 30° help enhance the long-term stability of prosthetic restorations. By improving load distribution, it reduces stress concentrations on both the implant and the prosthesis, minimizing the risk of mechanical complications. The high-strength titanium construction ensures resistance to wear and deformation over time, while the slim platform promotes optimal soft tissue adaptation. Together, these features support predictable long-term outcomes, ensuring both functional and aesthetic success for full-arch restorations.