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(A) The osteotomy of the maxillectomy is planned. (B) The abutment positions of the zygomatic implants are based on the pre-maxillectomy situation, in a slightly palatal direction from the occlusal plane. (C) The tip of the implant is planned in the lateral cortical bone of the zygomatic complex, with a minimum distance of 2 mm between implants and to the orbital cavity. (D) The 3D VSP is uploaded into the <t>navigation</t> system where the drill trajectories are defined.
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(A) The osteotomy of the maxillectomy is planned. (B) The abutment positions of the zygomatic implants are based on the pre-maxillectomy situation, in a slightly palatal direction from the occlusal plane. (C) The tip of the implant is planned in the lateral cortical bone of the zygomatic complex, with a minimum distance of 2 mm between implants and to the orbital cavity. (D) The 3D VSP is uploaded into the <t>navigation</t> system where the drill trajectories are defined.
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(A) The osteotomy of the maxillectomy is planned. (B) The abutment positions of the zygomatic implants are based on the pre-maxillectomy situation, in a slightly palatal direction from the occlusal plane. (C) The tip of the implant is planned in the lateral cortical bone of the zygomatic complex, with a minimum distance of 2 mm between implants and to the orbital cavity. (D) The 3D VSP is uploaded into the navigation system where the drill trajectories are defined.

Journal: PeerJ

Article Title: Accuracy of augmented reality navigated surgery for placement of zygomatic implants: a human cadaver study

doi: 10.7717/peerj.18468

Figure Lengend Snippet: (A) The osteotomy of the maxillectomy is planned. (B) The abutment positions of the zygomatic implants are based on the pre-maxillectomy situation, in a slightly palatal direction from the occlusal plane. (C) The tip of the implant is planned in the lateral cortical bone of the zygomatic complex, with a minimum distance of 2 mm between implants and to the orbital cavity. (D) The 3D VSP is uploaded into the navigation system where the drill trajectories are defined.

Article Snippet: Hereafter, the 3D models were imported into the navigation software (Brainlab Elements, Brainlab AG, Munich, Germany), in which the drill trajectories for the implants were planned.

Techniques:

(A) Image of the setup during the cadaver experiment. The surgeon wearing the HoloLens with a custom made reference array attached. Fiducial markers on the reference arrays of the HoloLens, surgical drill and skull enable the navigation system to track the objects and project the visualisation on the patient. (B) An example of the AR visualisation as seen by the surgeon during the phantom setup. Virtual navigational indicators are projected into the surgical area. The colour and size of the green circles change with manipulating the direction of the drill. The depth to target is also updated real time.

Journal: PeerJ

Article Title: Accuracy of augmented reality navigated surgery for placement of zygomatic implants: a human cadaver study

doi: 10.7717/peerj.18468

Figure Lengend Snippet: (A) Image of the setup during the cadaver experiment. The surgeon wearing the HoloLens with a custom made reference array attached. Fiducial markers on the reference arrays of the HoloLens, surgical drill and skull enable the navigation system to track the objects and project the visualisation on the patient. (B) An example of the AR visualisation as seen by the surgeon during the phantom setup. Virtual navigational indicators are projected into the surgical area. The colour and size of the green circles change with manipulating the direction of the drill. The depth to target is also updated real time.

Article Snippet: Hereafter, the 3D models were imported into the navigation software (Brainlab Elements, Brainlab AG, Munich, Germany), in which the drill trajectories for the implants were planned.

Techniques: