IMP 022.4321 RC CEMENTABLE ABUTMENT D 5MM, AAH14

Description:

The IMP 022.4321 RC Cementable Abutment D 5mm, AAH14 is a finely engineered restorative component designed for use with Regular CrossFit (RC) dental implant systems, providing a dependable and aesthetically pleasing solution for cement-retained single or multiple-unit prostheses. With its diameter of 5mm and an abutment axial height (AAH) of 14mm, this abutment is tailored for clinical scenarios that demand additional vertical height, such as deep subgingival areas or anatomical sites with increased soft tissue or prosthetic space. Crafted from premium biocompatible titanium, the abutment ensures outstanding strength, resistance to corrosion, and exceptional longevity under functional loads. Its precise machined interface guarantees a stable fit with the implant’s internal connection, minimizing micromovement, screw loosening, and margin discrepancies that could jeopardize the prosthetic results. The anatomical design of the IMP 022.4321 facilitates optimal soft tissue sculpting, improving the emergence profile and enhancing peri-implant mucosal stability. Its cylindrical shape streamlines the laboratory workflow, making the wax-up, scanning, or milling processes more straightforward. The 14mm axial height is particularly beneficial for cases requiring deep tissue penetration or when heightened retention and resistance form is needed to support tall crowns or bridge retainers. This cementable abutment is suitable for both traditional impression methods and CAD/CAM digital workflows, enabling clinicians and laboratories to achieve exceptional precision and aesthetic predictability. The flat occlusal surface and clear margin visibility promote efficient cementation and simplify cement removal—essential for preserving peri-implant health and averting inflammatory issues. Perfect for use in both posterior and anterior regions, the IMP 022.4321 RC Cementable Abutment D 5mm, AAH14 is a well-rounded solution that combines surgical accuracy with restorative flexibility. It bolsters the long-term success of prosthetics by offering secure retention, tissue compatibility, and consistent aesthetic results in cement-retained implant restorations.