We are delighted to present our first CHIDOS (Custom Hip Implant Design Optimization Service) designed implants and surgical tools. This milestone represents a significant step forward in bringing personalized medical solutions from concept to clinical application.

The comprehensive set of implants and surgical instruments has been specifically engineered using Arthroniq’s advanced computational design platform, which leverages patient-specific anatomical data to optimize implant geometry, material properties, and surgical approach parameters.

Clinical Application

These innovative devices will be used for Total Hip Arthroplasty (THA) in cadaveric studies, providing valuable insights into their performance under realistic conditions. The assessment methodology combines both mechanical testing and computational analysis to ensure comprehensive evaluation of the implants’ functionality.

Collaborative Research

CHIDOS designed stems will be assessed for relative displacement, migration and stress shielding in collaboration with the National Technical University of Athens, University of West Attica and the University of Thessaly. The results will be published when the study is concluded.

This collaborative effort demonstrates Arthroniq’s commitment to rigorous clinical validation and evidence-based medical device development. The integration of advanced computational modeling with real-world testing ensures that our solutions meet the highest standards of safety, efficacy, and patient outcomes.

The successful deployment of these first implants marks a crucial transition from laboratory research to clinical application, paving the way for future personalized hip replacement solutions that will benefit patients worldwide.