CONFERENCE COVERAGE: Orthotics Technology Forum 2012

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Orthotic laboratory managers, CAD-CAM technology experts, and lower extremity practitioners convened in Manchester, UK, in July to share ideas and experiences related to the automated design and manufacture of foot orthotic devices.

By Jordana Bieze Foster

 

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Future of Orthotic Design will focus on practitioners

Foot orthotic laboratories have long been the principal players in the computer aided design and computer aided manufacturing (CAD-CAM) of foot orthoses. But practitioners are gradually starting to play a bigger role in the process—a development that dramatically enhances the potential for clinical creativity but also introduces an extra element of uncertainty.

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OPTIMIZING ORTHOTIC MILLING

Computer aided manufacturing is anything but a one-size-fits-all proposition. Customers have a range of variables to choose from, and making the right decision in most cases depends on knowing what type of orthotic material the machine will be asked to handle.

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High-tech heel pad tissue analysis: Orthotic implications

The use of technology to improve orthotic design is not limited to CAD-CAM applications, as demonstrated by University of Salford researchers in two presentations at the Orthotics Technology Forum.

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Digital design of an internal lattice structure for orthotic additive manufacturing. (Photo courtesy of Chris Lewis Jones/Delcam.)
Additive manufacturing inches toward prime time

The fledgling field of additive manufacturing is still somewhat fragmented, as evidenced by the fact that the same technology can be described as rapid prototyping or 3D printing. But additive manufacturing’s profile is definitely on the rise, and its advocates are optimistic that lower extremity clinical applications are right around the corner.

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