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 – axial cutting saw, drilling machine, reamer, sagittal osteotomy saw guides or sleeves for hip and pelvic surgery.
Holoma transfers the plan and morphometric analysis of the hip joint superimposed over the human body after exact matching with the femur, sacrum or iliac bone. 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 the objective combined with the user-friendly connection to existing twins of the bone models. They are created at the company or at the hospital. Holoma is indispensable tool for the surgeon’s day-to-day work.
The Holoma for Hip and Pelvic Surgery was developed in close collaboration with specialists in the field of hip and pelvic trauma and hip surgery. Constant development and improvement of the process chain is our core mission.
Holoma for Hip and Pelvic Surgery is an instrument for navigation in primary and revision hip replacement surgery, pelvic trauma, and treatment of the disorders of the SIG joint. It facilitates hip joint preservation surgery, osteotomies around the hip and pelvic ring inclusive Ganz and etc.., as well placement of the portals in hip arthroscopic surgery.
Holoma for Hip and Pelvic Surgery provides an anatomical, holographic and interactive 3D view of segmented bones, osteophytes, implants, and bone–implant interface.
Holoma for Hip and Pelvic Surgery allows the surgeon to track the instrument under visual control according to several landmarks – lines, axes spheres, a variety of geometrical objects and planes employing QR coded marker with an adjusted single-use plastic connector for the tool – f.e. axial cutting saw, drilling machine, reamer, sagittal osteotomy saw, guides 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 osteotomy lines in case of hip joint preserving surgeries.
Clear measurements – acetabular size inclination, anteversion and important angles determination.
Rotation and alignment of implants.
Resection lines of the femoral head.
Exact assessment of the acetabular dysplasia type and suggestion for reconstruction.
Exact assessment of the proximal femoral shape and deformities and suggestion for reconstruction. Increased accuracy in implant selection.
Axis and Centering of the acetabular components, reconstruction cages, cranial-caudal and anterior-posterior placement or orientation.
Clear bone implants contact visualization – plates and screws in case of acetabular fractures and pelvic trauma.
Clear transparent view and improved visualization of the planned prostheses in the bone.
Facilitated bending of generic implants during the surgery and MIPO 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.