CALCANEOUS

Calcaneal Bone Fixation Plates

This study presents an original filigree osteosynthesis plate for calcaneal fractures. This patient-centred approach merges biomedical functionality with emotional well-being, transforming a physical support into a lasting symbol of resilience and identity.

Biomechanics of Calcaneal Bone Fractures

Biomechanical testing and finite element simulations on synthetic models validated its performance, demonstrating results comparable to conventional commercial plates. Beyond mechanical efficiency, "bio-filigree" introduces a new paradigm: converting the device into jewellery once healing is complete.

The integration of bio-filigree patterns into osteosynthesis plates represents a unique intersection of biomedical engineering and patient-centred design. These findings suggest that aesthetic motifs can be integrated into medical devices without compromising biomechanical integrity, paving the way for personalised implants that combine clinical functionality with symbolic valueimental testing showed slightly higher strain levels in the filigree design—with fracture line displacement approximately 5% greater—overall stability remained comparable. These findings suggest that aesthetic motifs can be integrated into medical devices without compromising biomechanical integrity, paving the way for personalised implants that combine clinical functionality with symbolic value.