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Techniques in orthotic production, pressures analysis and 2D PodoScan
Automatic changing pressure areas
Dynamic values allow not only to create the ideal contact surface, but also to locate the areas of overload, automatically creating a depression on the foot insole. The designer can decide the range of the pressures immersion and to diversify forefoot and rearfoot.
Optoelectronic easyCAD Insole Vulcan Vx1 - Replica Vulcan twinCAM
2D and 3D foot scanners, HD cameras Modelling software for insole 3D design
CNC milling machines for insole production
Sensor Medica was founded in 2011 after twenty years of experience in the areas of baropodometry, biomechanics, posture and CAD-CAM production. We study, design and manufacture devices and high-tech software for medical science and technologies, for the optimization of human biomechanical balance. Thanks to our continuous research, we are able to propose baropodometry systems among the most advanced in the world: postural detection devices more evolved, foot pressure analysis software more complete, compatible and performing, integrated with CAD-CAM machines for the custom insole production. We operate around the world through a qualified network of exclusive distributors and important collaborations with Universities, medical-scientific and sport centers. We work constantly to update our technologies and products, among the most advanced and innovative.
A protocol wizard facilitates the measurement of the foot Measurement free hands tools are present to ensure full independence
Different images
- Natural image - Colour Image to highlight contact areas - Gray image that recalls the podographic paper
double spindle CNC high speed machine
Optoelectronic System
Advanced technologies to support and complete the other devices: every specialist can make a very accurate postural check-up, through a body posture videography up to 7 cameras and through a high resolution digital analysis of foot loads, with our PodoScan 2D or our laser PodoScan 3D.
PodoScan laser 3D acquires the 3D shape of the barefeet or foam-boxes, to be managed in easyCad software for orthotics modeling. Photo or video-recording of standing or moving patients, even during the posture test on the foot platform; Complete morphological study (front, back and lateral); Finding body asymmetries; Markers positioning automatic protocol, free manual measurements, manual or automatic image calibration; Reports exportable as PDF; Importing images directly from digital cameras: maximum freedom in the acquisition phase.
2D PodoScan
Acquisition technology and main indications
1. 2. 3. 4.
Place the patient on the scanner, with both feet on the glass Start the capture interface of the program Wait until the scanning is complete (2-3 sec) Get out patient from the scanner
Insertion of corrective elements
In addition to the size and the position, we need to set the thickness of the corrections, always keeping under control the height of each element.
New elements of correction
Using foot image from the 2D PodoScan, you can place the correction elements directly on the insole picture, adjusting its position and size to make it fit properly.
Optoelectronic System
PodoScan 2D is an advanced tool for digital analysis of footprints and foot loads. Through the analysis with our software freeStep, it allows to capture and store images. Automatically, measure and compare the possible asymmetries and angles of the foot to the ground.
of the foot arch, wrapping the heel and the area of
the foLeabharlann Baiduefoot.
easyCAD insoles project, using foot scanners images and dynamic foot pressures.
Techniques in orthotic production, pressures analysis and 2D PodoScan
Stability of the support
After designing the contact surface and decide that is good for your patient, you have the possibility to modify, if necessary, the ‘dynamic phase’ of the insole. Using pressures data, you can choose the height of the wedges and with a special tool control the correction you have designed.
3. Wait until laser scanning is
completed (time is 2 seconds)
Collecting data for the insole design
Allowing the height measurement 3D PodoScan ensures a perfect, three-dimensional reconstruction
3D laser PodoScan
Acquisition technology and main indications
Acquisition
1. Place the subject on the
scanner with the barefoot in half
load 2. Start the acquisition in freeStep
1 - Wrapping of the hill 2/3 – Medial-lateral support
3 5
4 - Thickness of rearfoot
2
5 - Thickness of forefoot
1
4
Techniques in orthotic production, pressures analysis and 2D PodoScan
Automatic calculations
Foot length Foot size Forefoot width Arch length Heel width Heel length Angle of the feet Angle the metatarsals
Other automatic measurements
easyCAD software is using dynamic numerical values
to superimpose the basic
parameters chosen by the designer, changing the area of contact with the actual type of support.
Design from 3D PodoScan
You will use the height resulting from the scanning that is similar to the following picture.
Template selection