“Seeing through one’s body”: Creating a hologram of the damaged organ and position on the patient’s body
Using a hologram during planning and surgery conducting and for postoperative control With or Without position on the patient’s body
Disease explanation and treatment with the aid of holograms, “before” and “after” holograms for reconstructive surgery
“Seeing at a glance”: Teacher, Students and the operating Surgeon see the same hologram of the damaged organ through augmented reality glasses
Practicing Surgical Skills using Hologram Mannequin
Сomplex clinical cases and pathologies in 3D and Augmented reality formats
“Seeing at a glance”: Surgeons see the same patient hologram at any distance through augmented reality glasses
Any of the surgeons can work with a hologram of a patient before, during and after the session by moving or rotating it
Conducting a tele-consultation, explaining the disease and its treatment using holograms, showing “before” and “after” holograms for reconstructive surgery to the patients
The technology is applied in conducting trainings, surgery and telemedicine: Oral and maxillofacial surgery, orthodontics, dental prosthetics and orthopedics, traumatology, endoprosthetics, otolaryngology, neurosurgery, oncology, etc.
Hospitals and universities, medical and IT conferences: USA, Canada, Great Britain, Germany, Denmark, Spain, Italy, Belgium, France, Israel, Switzerland, UAE, Turkey, Belarus, Russia, Azerbaijan, etc.
A patent application submitted to US
Oral and maxillofacial surgery, traumatology, endoprosthetic
Preoperative and operational planning, osteotomy, installation of distractors, prosthetics, etc., postoperative control
Product line for education, telemedicine, surgical operations: an all-inclusive augmented reality training class with collapsible surgical mannequins and 3D equipment, augmented reality trainings in surgical areas, platforms for surgical operations and consultations and telemedicine