Image may not accurately represent item color or size. Please order based on item name and description.
Why Choose Insync for your Dental Supplies?
-
Helpful Customer Service
-
15 day money back guarantee
-
Huge savings on retail prices
-
Thousands of products available
Biohorizons Implants Systems INC
IMP PGRISC 1402329 4.5MM REGULAR INDIRECT SCOOP COPING
Each
Order regularly? Try Auto Order feature and let Insync Dental take care of your orders effortlessly for you!
Product Details
Description:
The IMP PGRISC 1402329 4.5mm Regular Indirect Scoop Coping is a specialized prosthetic component used in the indirect impression technique for implant-supported restorations. Designed to fit regular platform abutments with a 4.5mm interface, this coping plays a crucial role in accurately transferring the abutment geometry and surrounding soft tissue contours from the clinical setting to the dental laboratory.
Its scoop-style design features a concave interior and an open top, allowing for precise seating over the abutment while facilitating the flow of impression material. This geometry is particularly effective in capturing fine anatomical details, which are essential for achieving a natural emergence profile and optimal marginal fit in the final prosthesis.
Used in closed-tray (indirect) impression workflows, the coping is placed on the abutment and becomes embedded in the impression material. Once the impression is removed, the coping remains within it, enabling technicians to pour accurate models or fabricate restorations that align precisely with the clinical situation.
Constructed from durable, biocompatible materials, the coping maintains dimensional stability and resists deformation during impression-taking and model fabrication. Its compatibility with 4.5mm regular platform abutments makes it suitable for a wide range of restorative applications, including single crowns and multi-unit bridges.
In summary, the IMP PGRISC 1402329 Indirect Scoop Coping is an essential tool for transferring implant site details with high accuracy. Its design supports precise, esthetic, and functional outcomes in implant prosthetics by ensuring that the lab receives an exact replica of the clinical environment.
Customer Reviews (0)