catalog AFT 03
Einlagen-Rohlinge, Frästechnik, Orthopaedic foot supports, milling techniques
Einlagen-Rohlinge, Frästechnik, Orthopaedic foot supports, milling techniques
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Step 1: footscan ® pressure measurement<br />
The high recording speed of the footscan systems, up to 500 frames of data per second, allows a highly accurate<br />
analysis of the pressure distribution. This will give you a clear view on the movement of the foot and its mechanics.<br />
To meet the demands of different users, Rsscan International developed several software and hardware packages.<br />
Hardware packages available from entry level/0,5mplate/300Hz up to hi-end level 500Hz/3D interface box/2m plate.<br />
Step 2: orthotic proposal via footscan software<br />
The footscan software decides which different modules to combine in order to obtain the best fitting D3D orthotics.<br />
The composition made by the software is only a proposition and can be altered by the user based upon his own experience.<br />
The D3D concept is build-in in the footscan ® Gait Software package (available levels: Basic, Clinical & Scientific),<br />
which is specially developed to analyze the static and dynamic plantar foot pressures. This software also offers a<br />
lot of graphs and figures to make an adequate diagnosis. It is available on all footscan ® pressure plate systems.<br />
Step 3: fabrication of the footscan ® orthotics (insole)<br />
The different modules are molded out of the best EVA material. The various basic inlays, top layers and correction<br />
elements can be combined, glued and scoured to make a perfect insole for the customers’ activity requirements.<br />
The footscan ® D3D orthotics can predict and reduce lower limb injuries.<br />
A study of the Britannia Royal Naval College (Dartmouth, UK) concludes that injury rate<br />
of military professionals can be predicted and reduced with the RSscan footscan ® D3Dsystem.<br />
This was the first and largest randomised controlled study ever undertaken<br />
worldwide to compare orthotic use with injury reduction. A reduced injury rate of 31% was<br />
found!<br />
Reference:Foot Orthoses in the Prevention of Injury in Initial Military Training - A Randomized Controlled Trial<br />
Andrew Franklyn-Miller, MBBS, Cassie Wilson, z PhD - James Bilzon, z PhD, and Paul McCrory, y PhD<br />
3.17
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