Upload DICOM data
- Complete the case form
- Upload x-ray or CT data as DICOM files
- Provide relevant patient data and planning information
The OrthoMetiQ WebPlanner enables digital preoperative planning directly in the browser: implant templating, hip planning, knee planning, shoulder planning, axis analysis and osteotomy planning are combined in a structured planning environment.
The OrthoMetiQ planning service is designed for professional orthopedic users, clinics, practices and partners who want to submit radiological imaging data in a structured way and receive protected planning-related results.
OMQ mobilePlanner is available at no additional cost with an active WebPlanner subscription. Full planning workflows are currently available for hip, knee and corrective osteotomy (HTO/DFO).
Digital hip planning for THA workflows, hip arthroplasty planning, cup positioning, femoral offset, leg length discrepancy and prosthesis-related documentation.

The touch-optimized planning view combines cup and femoral templating with offset, leg-length discrepancy and implant information in a clear iPad workspace.
The OrthoMetiQ WebPlanner is intended for users who want to work independently in a web-based, modular planning environment. Access is not activated without control; it is requested, reviewed and enabled for a defined duration through My OrthoMetiQ.
Digital hip planning for THA workflows, hip arthroplasty planning, cup positioning, femoral offset, leg length discrepancy and prosthesis-related documentation.
Five focused video chapters present digital preoperative hip planning – from THA templating and leg-length balancing to COR-based reconstruction, radiographic cup analysis, functional pelvic tilt assessment and FAI measurement.
Fast, structured total hip arthroplasty templating with leg-length difference, component positioning and a clear planning report.
OrthoMetiQ combines a browser-based WebPlanner and an external planning service with more than 19 years of experience in digital templating, implant anatomy and clinical workflows.
Calibration, landmarks, reconstruction targets, implant components and reports follow one clear and traceable planning sequence.
Explore planning software→Product decisions are shaped by direct work with planning systems, implant libraries and orthopedic users in everyday clinical workflows.
Expertise behind OrthoMetiQ→Twelve practical criteria help compare OrthoMetiQ and other planning systems in a structured, transparent and critical way.
Open selection guide→