Abstract
Accurate adjustment and individualized brace design may warrant the optimal brace manufacturing that fit the patient's body surface. Computerized methods may improve bracing treatment.
Highlights
Accurate adjustment and individualized brace design may warrant the optimal brace manufacturing that fit the patient’s body surface
The best data can be delivered by precise 3D surface topography supplemented with Xray and other necessary radiographic modalities
The surface topography scanning used for this study is based on structured light projection
Summary
Surface topography scan as a source for orthotic brace design. Accurate adjustment and individualized brace design may warrant the optimal brace manufacturing that fit the patient’s body surface. Material and methods Computer Aided Design and Manufacturing in bracing is based on the introduction of appropriate data to the computer using anthropometry. The best data can be delivered by precise 3D surface topography supplemented with Xray and other necessary radiographic modalities.
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