Angulated Multi Unit 1.4 Plastic Sleeve Set 17°

The Angulated Multi Unit 1.4 Plastic Sleeve Set 17° by GDT Implants is designed to optimize prosthetic positioning in cases where implant angulation poses a challenge. The 17° angle helps to correct implant placement discrepancies, facilitating a more favorable prosthetic outcome. This angulation is particularly beneficial for full-arch restorations and cases requiring optimized occlusal load distribution. Additionally, the included plastic sleeve aids in precise impression-taking and prosthetic fabrication, ensuring a streamlined workflow. By improving the final restoration's alignment, this set enhances both functionality and aesthetics while maintaining structural integrity.

The plastic sleeve included in the Angulated Multi Unit 1.4 Plastic Sleeve Set 17° allows for accurate impression-taking and proper alignment of the prosthesis. It acts as a guide during the fabrication process, ensuring precise adaptation of the final restoration. The sleeve helps create a passive fit, reducing stress on implants and supporting long-term prosthetic success. Additionally, its design enables easier handling and improved visualization during impression procedures. By using this component, clinicians can achieve predictable outcomes, reducing chair time and adjustments during final prosthetic placement.

The Angulated Multi Unit 1.4 Plastic Sleeve Set 17° is particularly useful in cases where implants have been placed at an angle due to anatomical limitations such as bone resorption or sinus proximity. It is ideal for full-arch restorations, All-on-X treatments, and cases requiring improved path of insertion for the prosthesis. The 17° angulation allows for better force distribution, reducing stress on implants and the surrounding bone. This correction helps in achieving a more stable and aesthetic restoration while minimizing the need for excessive prosthetic adjustments.

The Angulated Multi Unit Abutment is made from Titanium grade 5, ensuring durability, mechanical stability, and excellent corrosion resistance. Titanium’s strength allows for long-term performance under occlusal forces, reducing the risk of mechanical complications. The plastic sleeve is crafted from a medical-grade polymer designed for precision and ease of use during impression-taking and prosthetic fabrication. This combination of materials ensures that the abutment and sleeve provide both structural reliability and clinical accuracy, leading to successful implant-supported restorations.