emed® pressure measurement platforms are accurate systems for recording and evaluating pressure distribution under the foot in static and dynamic conditions.
The platforms provide accurate, reliable information for the analysis of foot function and diagnosis of foot pathologies. Foot deformities and malfunction can be detected during analysis of barefoot pressure data.
The emed® systems belong to the family of novel pressure measurement platforms. All scientific emed® platforms operate with calibrated capacitive sensors.
The emed® systems follow the highest standards for quality of pressure data and have been proven via multiple research studies to produce accurate, repeatable data. View published studies
The emed®-x and xl systems supply frame by frame in- and out- synchronization for motion analysis, digital video, and EMG and a built-in synchronization LED.
The emed®-q, and n systems provide a sync pulse on the first frame of data collection.
Synchronization with a digital video camera via the emed® Recorder Software allows simultaneous collection of dynamic pressure measurement and multiple digital video cameras.
Multiple models of high-speed cameras are also supported.
The emed® data collection software provides immediate feedback on the peak pressure, force and contact area obtained from the barefoot.
The emed® E(xpert) Software provides many different views and immediate displays common parameters important to foot function.
The emed® R(ecorder) Software allows synchronization of digital video within the emed® software:
The emed® systems can be started from novel databases and includes extensive scientific software for foot analysis.
Other specialized simplified versions of the emed® software are available upon request.
At novel, our priority is to enable the highest quality in measurement and we strongly believe in art in science.
Please feel free to contact us and we can assist you in determining the right solution for your application.
Know what you need for your application; feel free to request a quote.