Computer-aided design technologies have transformed orthotic production by enabling precise modeling, efficient fabrication, and adaptive modifications. This book introduces digital tools used in 3D scanning, parametric modeling, and computer-aided manufacturing. It explores workflows for designing spinal braces, foot orthoses, and limb supports using simulation software and rapid prototyping techniques. Readers learn to improve device accuracy, reduce turnaround time, and enhance repeatability. Case applications demonstrate how CAD enhances clinical customization and scalability.
Dante Espinoza is a biomedical engineer focused on integrating computer-aided design technologies into the orthotics field. He has pioneered the use of 3D scanning and parametric modeling in custom-fit orthotic production. His research explores automation, fabrication efficiency, and structural integrity of CAD-designed devices. He collaborates with clinicians and software developers to refine digital workflows in clinical practice. His main interests involve digital modeling, additive manufacturing, and innovation in device reproducibility.