Workshop 1 – Digital Scanning and 3D Printing: Implication on Ankle Foot Orthoses Prescription, Design and Manufacture
Advancements in digital scanning and 3D printing technologies are revolutionising the field of orthotic design and fabrication.
This presentation explores the implications of these technologies on the prescription, design, and manufacture of various types of Ankle Foot Orthoses (AFOs).
Digital scanning enhances clinical accuracy by enabling detailed anatomical capture, reducing patient discomfort and manual measurement errors. This presentation will explore different methods of digital scanning including their advantages and disadvantages as well as include practical demonstration and a small group practice session.
3D printing introduces unprecedented design flexibility, customisation, and production efficiency, allowing for lightweight, patient-specific devices with optimised biomechanical function. This session will examine the clinical, technical, and economic impacts of integrating these technologies into orthotic workflows, highlighting case studies, current limitations, and future prospects for broader implementation in clinical practice.
Elisha King
Elisha King
Podiatrist ||
iOrthotics
Elisha is a podiatrist who works in private practice as well as in Training and Education for iOrthotics, a 3D Printing lab in Brisbane, Australia.
Session/s
Workshop 1 – Digital Scanning and 3D Printing: Implication on Ankle Foot Orthoses Prescription, Design and Manufacture
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