Product Details

The use of two-piece nt-trading DIM analogs is also very interesting in the manufacturing of conventional cast models. In addition to the simple and non-destructive removal of analogs for reuse and the cost-effective archiving of implant models, the fitting of the implant-supported prosthetic construction on the model can be easily improved by the individual removal of the model analogs, similar to the crown and bridge technique. You can check separate areas of contiguous structures on the model individually. Therefore, there is no need to segment implant models for fitting control. Features: • implant analog for digital model manufacturing in the model builder library • two-piece repositionable implant analog • precise positioning • positional adjustment possible • analog design supports precise repositioning of removable gingiva mask Application: • for model manufacturing in digital workflow • for conventional cast model manufacturing Technical details: • Stainless Steel • Titanium Grade 5 ELI Step-By-Step Workflow 1. Fix the sleeve to the analog body and secure it with the thumbscrew. The sleeve remains in the model base of the later cast model and guarantees the rotation free repositioning of the analog in the implant model. 2. Attach the DIM analog on the impression posts by screwing the impression screw. 3. Attach an extension tube (straw, etc.) and seal the thumbscrew with wax to prevent the ingress of plaster in the area between sleeve and screw. 4. Close the tubes with wax on the bottom side of the model. The sleeve length should correspond at least the height of the model base. 5. Make the gingival mask by using kneading silicone and cast the impression as usual. 6. Now you can pull out the tubes from the model and remove wax leftovers on the thumbscrew slot to fix the guide pin of the DIM Parallel Drill. 7. Expand and deburr the opening to the thumbscrew by using the DIM Parallel Drill. The guide pin positions the tool in the right direction. 8. By unscrewing the thumbscrew, you can remove the analog. The sleeve remains in the model base for precise repositioning of the analog.