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 knee surgery.
Holoma transfers the plan and morphometric analysis of the knee joint superimposed over the human’s knee after exact matching with the target bone – tibia and femur. 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 a user-friendly connection to existing twins of the bone models. They are created at the company or at the hospital. Holoma is an indispensable tool for the surgeon’s day-to-day work.
Holoma for Knee Surgery was developed in close collaboration with specialists in the field of knee trauma, arthroscopic, joint preservation and reconstructive surgery. Constant development and improvement of the process-chain in OR is our core mission.
Holoma for Knee Surgery is an instrument for navigation in primary and revision knee replacement surgery, knee trauma, and treatment of the posttraumatic and acquired deformities around the knee joint, it facilitates knee joint preservation surgery, corrective osteotomies around the knee – open and closed wedge osteotomies of the tibia and femur, as well placement of drilling holes for ACL and PCL reconstruction or portals in the problematic knee joints in case of arthroscopic surgery.
Stitching of Hip – Knee –Ankle data stack, Femur and Tibia.
Clear anatomical 3D view.
Automatic determination of various landmarks over the 3D objects.
Clear presentation and analysis of the current pathological situation.
Precise, simple and automatic measurement processes (e.g. femoral/tibial torsion, slope, condylar offset, etc.).
Clear selection and positioning of implants.
Clear presentation of all geometric parameters for corrective osteotomies including tracking and navigation of cutting, drilling tools and instruments.
Clear and detailed implant visualization with 3D shapes.
Transparent view for better visibility of the planned position.
Navigation and tracking with customized implants.
ROM (Range of Motion) simulation and angle deviation varus/valgus in flexion and extension.
Intraoperative Tracking and Navigation of the Surgical Tools (chisels, drilling instruments, saw blades).
Intraoperative Tracking and Navigation of the Implant Placement in primary and revision knee replacement surgery.