Plastic Sleeve For Multi Unit 1.4 Abutment

The Plastic Sleeve for GDT Implants' Multi Unit 1.4 Abutment plays a vital role in the accurate fabrication of prosthetic restorations. It serves as a spacer and structural guide within temporary or permanent prosthetic frameworks. By fitting securely over the Multi Unit 1.4 Abutment, the plastic sleeve helps preserve the precise alignment and height of the abutment during the prosthesis fabrication. This design ensures accurate transfer of the abutment’s emergence profile and angulation to the lab stage, reducing chair time and improving the passive fit of the final prosthesis.

We use a medical-grade plastic for the Plastic Sleeve for Multi Unit 1.4 Abutment due to its excellent processability and stability in both clinical and laboratory settings. The sleeve is made from polyoxymethylene (POM), known for its strength, dimensional stability, and low friction, making it ideal for both clinical use and lab adaptation. This material allows for easy trimming and modification during wax-up or CAD/CAM procedures. It also provides enough rigidity to maintain structural form during prosthesis try-ins, while remaining flexible enough for easy placement and removal. Its non-metallic composition ensures no interference with radiographic imaging or digital scanning, streamlining the prosthetic workflow.

The design of our Plastic Sleeve is carefully tailored to match the specific dimensions and contour of the GDT Implants Multi Unit 1.4 Abutment. Its snug internal fit ensures the sleeve remains firmly seated during impression taking or digital scanning, which supports reliable capture of the abutment position. The external shape is contoured to guide technicians in replicating optimal soft tissue emergence and prosthetic contours. This consistency across clinical and lab stages minimizes errors and improves the precision of the final prosthetic fit.

This sleeve is particularly valuable in full-arch or multi-unit restorations where accurate angulation and tissue emergence need to be maintained across several abutments. It supports the fabrication of screw-retained provisional and final prostheses by offering an easily modifiable interface between the abutment and prosthetic superstructure. Its use is also ideal when transitioning from temporary to final restorations, ensuring continuity in prosthetic design without compromising soft tissue positioning or emergence profile.