The current product is 3D Navigation and Holographic OP viewer which allow the surgeon to track the instrument under visual control according to several landmarks – lines, axes, spheres, variety of geometrical objects and planes using QR coded marker with adjusted single use plastic trackable QR code adjusted and calibrated to the tool – chisels, vertebral spreaders, axial osteotomy cutting saws, drilling machines, high speed milling tools, screwdrivers, guides or sleeves for spinal surgery.
The Holoma transfers the 3D plan and morphometric analysis of the atlanto-occipital junction, cervical, thoracic, lumbar spine and SIG joint superimposed over the human body after exact matching with the important surfaces and landmarks of the selected vertebral bodies. It is optimal, audit-compliant surgery preparation and audit-compliant holographic navigated live surgery.
A modern, intuitive user interface that takes the surgeon straight to objective combined with the user friendly connection to existing twins of the vertebral bone models. They are created at the company or at the hospital. Holoma Spine Surgery is indispensable tool for the spinal surgeon day-to-day work.
Holoma for spinal surgery was developed in close collaboration with specialists in the field of neurosurgery, spinal surgery, trauma and surgeons working in the area of spinopelvic disorders. Constant development and improvement of the process chain is our core mission.
Holoma Spinal Surgery precisely facilitates the treatment of all traumatic and degenerative disorders of the spinal column from C1 to S5.
C1-C2 Anterior and Posterior Fusion.
Anterior and Posterior Cervical Decompression and Fixation/Interbody Fusion.
Lateral and Posterior Thoracic Decompression/Subtraction Osteotomies and Fixation/Interbody Fusion.
Anterior and Posterior Lumbar Decompression/Subtraction Osteotomies and Fixation/Interbody Fusion.
Minimally invasive transformational lumbar interbody fusion – TLIT/PLIT.
The software navigates the spinal surgeon in the surgical treatment of scoliotic deformities employing all arts of surgical techniques – neuroforaminal stenosis decompression, subtraction osteotomies, dorsal/ventral and lateral stabilization with cablewires, traditional generic plates, conventional interbody or expandable cages, transpedicular systems and laminar hooks or conventional FJ arthrodesis screws.
The software navigates the spinal surgeon in placement of the portals in case of minimally invasive endoscopic spinal surgery and nucleotomy in case of nerve root decompression.
The software allows the spinal surgeon to perform minimally invasive nerve roots, facet and SIG joints infiltrations very precisely without image intensitier. Nucleolisis with Ozone is also an option.
Holoma for Spine Surgery provides anatomical, holographic and interactive 3D view of segmented vertebral bodies, osteophytes, implants and vertebral bodies – implant interface.
Holoma for Spinal Surgery allow the surgeon to track the instrument under visual control according to several landmarks – lines, axes, subtraction planes, transpedicular axes employing QR coded marker with adjusted single use plastic connector to the tool – f.e. axial or sagittal cutting saw, drilling machine , screwdriver, guides, vertebroplasty, trokars or sleeves.
Clear superimposed anatomical 3D view with all surgery steps included / bone preparation and implant placement according to the important landmarks.
Clear presentation of the current pathological situation.
Clear presentation of the vertebral bodies’ osteotomy subtraction lines in case of subtraction osteotomies.
Clear measurements – spino-pelvic impedance and important angles determination.
Clear rotation and alignment view of the vertebral bodies and implants.
Exact assessment of the spondylolithesis and suggestion for reconstruction.
Increased accuracy in implant selection.
Tracking and Navigation the cage holderaccording to the axis and trajectories of the interbody cage placement related to cranio-caudal, medio-lateral and anterior-posterior orientation in PLIT and TLIT procedures.
Tracking and Navigation the screwdriver according to the axis and trajectories of the transpedicular screws.
Tracking and Navigation of the anterior or lateral spinal plates according to their screw axis and vertebral bodies’ strongest cancelous and cortical bone.
Clear and detailed 360 grad bone-implants contact visualization.
Clear transparent view and improved visualization of the planned implants in the bone.
Navigation in bending of the transpedicular rods and MIS placement.
Tracking and Navigation of the Surgical Tools (chisels, drilling and other cutting instruments).
Tracking and Navigation of the Implant Placement.
Digital documentation of the surgery.