Baropodometric Platforms

FreeMed Platforms are non-invasive diagnostic systems for posture, plantar pressure, and whole-body balance analysis. These measuring devices and analysis tools enable orthopedic practitioners and podiatrists to assess foot biomechanics, body alignment, and scoliosis through advanced pressure mapping and postural evaluation technology.

Specialized platforms for balance training, equilibrium exercises, and motor coordination development. These devices support neuromotor rehabilitation and functional assessment in clinical settings.

Baropodometric platform for dynamic pressure and gait analysis in physiotherapy and orthopedic assessment. Provides real-time plantar pressure mapping and biomechanical evaluation to support diagnosis and treatment planning for foot disorders and postural abnormalities.

Pressure distribution analysis platform for measuring plantar pressure and foot biomechanics in diagnostic and therapeutic assessment applications.

System for measuring foot pressure distribution and analyzing body posture and gait patterns during walking. Used in orthopedic assessment, rehabilitation planning, and postural correction.

PhysioSensing is a baropodometric and stabilometric device that combines pressure and balance assessment in a single platform. It enables gait analysis, postural stability evaluation, and mobility monitoring for rehabilitation and orthopedic assessment. The system integrates advanced sensors with processing software to support clinical decision-making in physiotherapy and orthopaedic treatment.

A digital foot pressure analysis platform featuring interactive interface for plantar pressure measurement and gait assessment. Designed for medical professionals including podiatrists, physiotherapists, and biomechanists.

Foot Pressure Gait Assessment System enables quantitative analysis of plantar pressure distribution and gait mechanics during standing and walking activities. The system uses mobile sensor technology with automated algorithm-based detection to identify gait abnormalities and pressure irregularities. Designed for clinical gait assessment, physiotherapy evaluation, and orthopedic diagnostics in laboratory and clinical settings.

The Footscan Pressure Plate is a dynamic plantar pressure measurement system for gait analysis and assessment. It captures detailed pressure distribution data during walking and running to inform the design of customized orthotic interventions. Integrated with advanced analysis software and 3D printing technology, it enables clinicians to deliver personalized orthotic solutions for injury prevention and gait optimization.

Dynamic foot pressure measurement and gait analysis system for biomechanical assessment of lower limb function and movement patterns. Provides quantitative data on plantar pressure distribution, weight transfer, and gait mechanics for clinical diagnosis and treatment monitoring in podiatry, orthopedics, and rehabilitation medicine.

A walking analysis device that objectively analyzes foot pressure and balance in static posture, foot pressure and gait analysis during dynamic and walking, and the movement of the center of gravity during posture analysis to determine walking ability and functional recovery before and after treatment. Features - With over 30 years of research and development, the single plate structure reduces the complexity of the modular concept (platform connection for measuring multiple feet). - Possesses numerous research papers with reliable data - Win-Track's 12,288 sensors measure foot pressure at a sampling rate of up to 200 images per second during posture, walking, or specific activities - Measured data can be easily exported to Excel - Up to 4 results can be compared to see if foot pressure and gait improve according to treatment - All information such as patient's disease, examiner, patient, foot size, occupation, and gender are statistically displayed in a graph

An advanced foot pressure plate system with three-dimensional analysis capabilities for measuring plantar pressure. Suitable for clinical assessment in podiatry, biomechanics, and rehabilitation settings.