Planning software shaped by 19 years of practical experience
OrthoMetiQ is not the result of a generic software concept. It grew from more than 19 years of day-to-day work with digital preoperative planning, implant libraries, radiographic templating, clinical users, manufacturers and distribution partners. This experience has included technical template creation, product management, international market development, training, support and the translation of clinical requirements into usable software workflows.
The goal is simple: planning should be understandable, clinically structured and technically efficient — without hiding important decisions behind unnecessary complexity.
Experience across software companies, manufacturers and distribution partners
- 2007 – 2016
Hectec / mediCAD
CAD, implant templates & product managementNine years of hands-on work with 2D and 3D implant templates, CAD data, orthopedic planning software, training and product development.
- 2016 – 2017
Implant manufacturers
Product management & custom implant workflowsExperience in implant-focused product management, patient-specific solutions, technical product development and direct surgical support.
- 2017 – 2026
LEXI, TraumaCad distribution & PeekMed
Product strategy, business development & clinical workflowsInternational work with planning platforms, distribution partners, hospitals, PACS environments and implant manufacturers, including demonstrations, training, support and market development.
- OrthoMetiQ
Independent product platform
Founder & product developmentOrthoMetiQ brings this accumulated planning experience into a browser-based WebPlanner, mobile planning environment and structured planning service.
Three principles behind the platform
Clinical logic first
Measurements, landmarks and implant steps are organized around the actual planning sequence rather than a generic software feature list.
Implant knowledge matters
Years of work with implant data and manufacturers inform component logic, template quality and practical planning behavior.
Usability without shortcuts
The interface is designed to reduce friction while keeping clinically relevant assumptions and planning values visible and reviewable.
Specialist training and credentials
Postgraduate professional training in orthopedics and trauma surgery
Technical University of Munich (TUM): preoperative analysis, intraoperative implementation, digital planning and medical software; completed with examination.
Certified CAD Designer (megaCAD)
Digital 2D and 3D planning solutions for implants, instruments and technical data preparation.
Medical Device Advisor
Qualification in medical device consulting and risk management for medical software.
Knowledge areas used in OrthoMetiQ
Orthopedic planning
Digital 2D and 3D workflows for hip, knee, trauma and corrective osteotomy.
Implant knowledge
Implant anatomy, component families, manufacturer template data and compatibility logic.
Imaging workflows
Radiographic calibration, image-quality requirements, PACS environments and clinical data flow.
Clinical communication
Training, demonstrations and detailed workflow discussions with surgeons and hospital IT.
Product strategy
Product management, business development, market analysis and international partner management.
Software and UX
Translation of clinical processes into clear, efficient and reviewable digital interfaces.
How OrthoMetiQ content and workflows are created
Clinical and technical content is derived from practical planning experience and checked against the actual workflow. Measurable image-based facts, planning assumptions and medical decisions are kept separate.
Medical responsibility
OrthoMetiQ supports qualified professional users. It does not replace medical examination, indication, operative planning responsibility or intraoperative judgment. Final decisions remain with the treating medical specialist and the responsible institution.