Direct placement without a surgical guide
The guiding system is integrated
within the device, simplifying application and reducing invasiveness.
Modular and reversible system:
The orthodontic device can be easily removed and reactivated, allowing treatment flexibility.
High precision:
Designed with advanced digital technology to ensure accurate outcomes.
Clinical versatility:
Adaptable to various therapeutic needs.
— FIG. A —
— From left to right: the process begins with the cementation of the device. The two anterior extensions starting from the molars (sixth teeth) and resting on the premolars (fourth teeth) are used solely to replicate in the mouth the reference plane established during the computer design phase and can be removed after the placement of the screws.
— Two long sleeves are then screwed onto the device’s bushings, serving as a surgical guide for screw insertion.
— On the right, the two sleeves/guides are shown in position.
— FIG. B —
— From left to right: in blue, the endosseous component of the screw; in gold, the mounter that allows its insertion into the bone; the two parts are joined together by the green microscrew, which is not visible within the mounter in reality.
— The screw shown in transparency once in position.
— Beginning of the disassembly of the screw components: it starts by separating the endosseous part from the mounter by removing the screw that joins them.
— FIG. C —
— From left to right: the mounter is then removed.
— The sleeves/guide are removed.
— The device is secured to the screws using a “cap” sleeve fastened with the small screw (in green).
— FIG. D —
— In case the device needs to be removed for any of the countless reasons that might suggest it, the process begins by removing the locking screw, followed by the cap sleeve, and finally, the device itself is removed. This way, the direct insertion procedure, in the absence of a guide, becomes reversible, similar to the indirect system, hence the name of the method.
