Podoscan 3D — Optoelectronic 2D & 3D Foot Scanner for Custom Plantar Orthosis Pr

Podoscan 3D™ – Advanced Foot & Postural Analysis System

Podoscan 3D is a high optoelectronic tool definition for the detection of the image in three dimensions of the physiology of the foot. With an accuracy of one millimeter, allows you to capture the image of the foot in loaded, half loaded and unloaded positions. Podoscan 3D also detects the footprint left in the phenolic foam. It is aimed mainly at the customized orthotic production really corresponding to morphological needs of the client. The image is captured using the software freeStep and it can be immediately exported in the easyCAD Insole design software.

The Sensor Medica Podoscan 3D is a professional-grade high-definition optoelectronic instrument designed for the precise three-dimensional detection of foot physiology — enabling podiatrists, orthotists, orthopaedic surgeons, physiotherapists, and footwear technicians to capture accurate 2D and 3D foot scanner images in a single examination across three clinical acquisition positions. With a millimetre-level accuracy of 1mm and a scan time of just 3-5 seconds, the Podoscan 3D provides the morphological data foundation required for the production of customised plantar orthoses that genuinely correspond to the individual postural and structural needs of each patient.

The system integrates intelligent software that analyzes both static and dynamic conditions, offering a complete view of how the foot behaves during standing and movement. It enables early detection of issues such as:

• Flat feet or high arches
• Postural misalignment
• Gait abnormalities
• Pressure imbalances

With real-time data visualization and easy-to-understand reports, practitioners can make informed decisions, customize orthotics, and track patient progress over time.

Key Features:

• High-resolution 3D foot scanning
• Accurate plantar pressure analysis
• Static and dynamic gait assessment
• Advanced reporting and data visualization
• User-friendly software interface

Key Benefits:

• Improves diagnosis accuracy.
• Supports customized orthotic solutions.
• Enhances rehabilitation outcomes.
• Helps prevent injuries.
• Ideal for clinical and sports environments.