Impression coping
MIS offers a wide variety of impression copings for closed and open tray procedures, in order to make the clinicians' tasks much easier and provide greater accuracy in their work.
Direct system screw retained reconstruction
MIS offers a wide variety of abutments for screw retained restoration. This variety provides many options, with emphasis on simplicity and convenience in restoration work. The restoration procedure allows the clinician to simply and easily remove and mount the abutments during routine check ups, with minimum risk of damage to the restorative work. It is possible to adjust the abutments according to the restored tooth.
Direct system cemented reconstruction
MIS offers a wide variety of esthetic abutments for cases of cemented restoration. This variety provides many options, with emphasis on simplicity and convenience in restoration work. A simple procedure allows the adjustment of the abutments according to the restored tooth. Restoration can be achieved using:
1. Direct abutments with a longitudinal axis that is aligned with the implant.
2. Angulated abutments with a longitudinal axis that is placed at
an angle to the implant.
Overdenture reconstruction
MIS offers a wide range of possibilities for overdenture restoration. The clinician and technician can choose a solution that will be suitable for every case and every budget. The overdenture restoration is divided into two main categories:
1. Ball attachment and Locator system: Easily placed and removed (with a click) for maintaining perfect oral hygiene.
2. Removable bar restoration.
Locator
The Locator system is designed for use with overdentures or partial dentures, retained in whole or in part by endodontically treated roots in the mandible or maxilla. The Locator overdenture attachment system increases the available options for removable implant prosthetics, through its low profile, dual retention, allowance for divergence and its self-aligning ability. All these features allow the patient to easily seat their overdenture without the need for accurate alignment of the attachment components.