Podoscan 3D

Podoscan 3D

Podoscan 3D is a high definition optoelectronic instrument for the detection of the three-dimensional image of the physiology of the foot. 

Podoscan 3D

Podoscan 3D is a high definition optoelectronic instrument for the detection of the three-dimensional image of the physiology of the foot. 

Podoscan 3D

Podoscan 3D is a high definition optoelectronic instrument for the detection of the three-dimensional image of the physiology of the foot. 

Product features

2D and 3D scanning

Simultaneous acquisition of the 2D and 3D image of the foot

Export

Export of 3D images in .stl format

Measurements

Automatic measurement of the acquired 3D exam

Features

Product features

2D and 3D scanning

Simultaneous acquisition of the 2D and 3D image of the foot

Export

Export of 3D images in .stl format

Measurements

Automatic measurement of the acquired 3D exam

Photo gallery

Photo gallery

The 3D scanner, with the precision of one millimeter, allows you to acquire with a single examination the 2D and 3D image of the foot in the unloaded, semi-loaded and under load position. Podoscan 3D also detects the imprint left in the phenolic foam. The instrument is mainly aimed at the production of plantar orthoses, which combined with the calculation of the foot pressures detected by means of a baropodometric platform, allows to obtain the design of a customized orthosis that really corresponds to the postural needs of the customer. 

The 3D scanner, with the precision of one millimeter, allows you to acquire with a single examination the 2D and 3D image of the foot in the unloaded, semi-loaded and under load position. Podoscan 3D also detects the imprint left in the phenolic foam. The instrument is mainly aimed at the production of plantar orthoses, which combined with the calculation of the foot pressures detected by means of a baropodometric platform, allows to obtain the design of a customized orthosis that really corresponds to the postural needs of the customer. 

freeStep, the application for the complete biomechanical analysis
of human movement

The image is acquired via the freeStep software and can be immediately exported to the easyCad Insole insole design software. Furthermore, the measurements can be used at any time for the realization of a faithful cast of the foot.

freeStep, the application for the complete biomechanical analysis
of human movement

The image is acquired via the freeStep software and can be immediately exported to the easyCad Insole insole design software. Furthermore, the measurements can be used at any time for the realization of a faithful cast of the foot.

freeStep, the application for the complete biomechanical analysis
of human movement

The image is acquired via the freeStep software and can be immediately exported to the easyCad Insole insole design software. Furthermore, the measurements can be used at any time for the realization of a faithful cast of the foot.

Data acquisition

Rapid monopodalic acquisition in loading, semi-loaded and unloaded or from phenolic foam and evaluation of the scan through the freeStep software.

Electronic archiving

The digitization of casts and foams allows the electronic archiving of patient data, freeing up the spaces intended for the physical archiving of the casts.

Image quality

Image optimization tools being processed 3D and 2D images optimized for the production of insoles.

Data acquisition

Rapid monopodalic acquisition in loading, semi-loaded and unloaded or from phenolic foam and evaluation of the scan through the freeStep software.

Electronic archiving

The digitization of casts and foams allows the electronic archiving of patient data, freeing up the spaces intended for the physical archiving of the casts.

Image quality

Image optimization tools being processed 3D and 2D images optimized for the production of insoles.

Data acquisition

Rapid monopodalic acquisition in loading, semi-loaded and unloaded or from phenolic foam and evaluation of the scan through the freeStep software.

Electronic archiving

The digitization of casts and foams allows the electronic archiving of patient data, freeing up the spaces intended for the physical archiving of the casts.

Image quality

Image optimization tools being processed 3D and 2D images optimized for the production of insoles.