Excellence in prosthetics
Prama's philosophy is to leave more space for soft tissue. Prama implants offer a rich selection of prosthetic components that allow the rehabilitation of single crowns, bridges and full arches in all situations. Both abutments that do not have a repositioning shoulder, and leave the clinician the decision on where to place the prosthetic margin, and abutments or bases for bonding with a predefined support base for bonding the crown, are available. Both cemented and screwed prosthetic options are available, as well as for a digital and analog workflow.
In the case of a screwed prosthesis, it is possible to opt for the presence of an angled screw hole.
L-MDT for angled screw
L-MD for straight screw hole
Complete prosthetic range
Convergent solutions without a shoulder or support base.
Prama offers a range of prosthetic solutions designed to meet every clinical need. Thanks to the design without a shoulder or support base, with narrow or convergent profiles, the crowns can be positioned at different heights (L-MD or L-MDT). This innovative approach favors the thickening of the soft tissues, leaving more space for the connective tissue for aesthetic and functional results of the highest level.
“Prama IN” solution: robustness for the most important loads
When it comes to rehabilitating a last molar element, “Prama IN” is the ideal choice. Its ability to close around the implant neck offers greater strength, perfect for managing the intense chewing loads of this area. This solution is also a valid support in cases of non-optimal bone and tissue remodeling, ensuring stability and durability over time.
Conico conometric system: simplicity and safety
Prama introduces an innovative conometric system that guarantees fixed prostheses without screws and without cement. Easy to remove in a few seconds, they allow the doctor to perform quick inspections and simplify maintenance. This solution is ideal for single crowns and multiple rehabilitations. Biological seal and maintenance of healthy and stable tissues over time.