Biomechanical Analysis Software

Clinically accepted analysis system for biomedical research teams to conduct personalized engineering and simulation of gait and balance mechanics. Enables predictive modeling of orthotic interventions before fabrication.

Advanced analysis software designed for foot and ankle specialists to evaluate gait biomechanics and balance characteristics. Provides clinical decision support for personalized treatment planning based on scientific research.

Specialized software for analyzing and visualizing plantar pressure data during locomotion. Supports clinical decision-making in podiatry, physiotherapy, and orthopedic rehabilitation.

Software platform for assessing static posture and weight distribution patterns from pressure plate measurements. Aids in identifying postural deviations and planning corrective interventions.

Software platform for plantar pressure analysis and gait assessment that enables clinicians to capture dynamic pressure measurements, design personalized orthotic solutions, and monitor patient outcomes. Integrates digital gait capture technology with 3D-printing capabilities to support clinical workflows from initial scan through custom orthotic fabrication for pain management and performance optimization.

A diagnostic software platform that processes motion and force data from rehabilitation equipment to generate standardized functional capacity evaluations and comparative health metrics. The system produces AI-based exercise prescription recommendations based on individual test results and population databases.

Clinical software platform for processing and analyzing posture measurement data. Supports generation of individual therapy proposals with evidence-based recommendations derived from biomechanical assessment data.

Software suite for digital analysis of functional movements and biomechanical data. Integrates with measurement hardware for clinical assessment and documentation.

Motion Function Assessment Software evaluates patient movement and motor function through digital analysis and biomechanical measurement. Designed for clinical rehabilitation, orthopedic assessment, and physiotherapy settings to quantify recovery progress and treatment outcomes.

Specialized software for analyzing foot pressure data acquired from the WIN-POD pressure plate system. The software provides comprehensive tools for static analysis, dynamic analysis, postural analysis, and report generation, including features such as multi-step acquisition recording at 300 images per second, thermographic and 3D visualization modes, automatic video synchronization with pressure data, and customizable clinical report generation. It includes calculations per foot area, impulse mapping, and comparative exam analysis tools developed from 30 years of podiatry expertise.

A clinically accepted software system for biomechanical simulation and analysis of gait and balance. Supports biomedical research teams with personalized engineering and motion analysis capabilities.

Integrated software platform centralizing balance testing data, coordinating diagnostic modules, and streamlining clinical workflows for vestibular assessment and rehabilitation management.