DIERS Foot Pressure Analysis System

Advanced system for static, dynamic, and stabilometric pressure analysis of the foot and lower limbs. Provides quantitative assessment of plantar pressure distribution during standing and walking activities.

Advanced biomechanical analysis system utilizing 4D recording and 20,000+ pressure sensors to assess gait patterns and movement abnormalities in patients. Enables real-time monitoring of walkers and runners with high-precision data collection for musculoskeletal assessment.

Foot analysis and measurement tool for podiatric assessment. Provides quantitative data on foot structure and function for clinical evaluation.

Clinical assessment system for evaluating foot biomechanics and gait analysis to guide orthotic device selection. Developed in partnership with medical academia and certified clinics for precise biomechanical evaluation.

Advanced gait analysis technology integrated into rehabilitation equipment to provide detailed pressure mapping during walking, stair climbing, and slope negotiation. Enables comprehensive assessment of ambulatory function.

A diagnostic system designed for postural and gait assessment in podiatry. This equipment provides analysis data to support treatment planning and orthotic prescription.

Specialized system for analyzing foot rollover mechanics during gait and stance phases. Provides detailed biomechanical data for orthopedic device fitting and clinical assessment.

Biomechanical measurement system for three-dimensional gait analysis in static and dynamic conditions. Enables precise assessment of walking patterns and foot mechanics for orthopedic and rehabilitation applications.

Stationary pressure measurement platform for assessing weight distribution and postural alignment in standing position. Applicable for posture evaluation and orthotics prescription.

An integrated system for analyzing walking patterns and lower limb biomechanics. Provides quantitative gait assessment data for musculoskeletal evaluation and rehabilitation planning.

Sensor-equipped insoles designed to dynamically measure gait abnormalities and postural deviations while worn in everyday shoes during normal activity over 14 days. These insoles automatically collect biomechanical data with each step and provide personalized gait analysis showing which postural misalignments occur in different shoes and how they contribute to pain in various body regions including knees, hips, and back.

Real-time dynamic foot pressure measurement device capturing pressure data during walking and standing activities. Provides quantitative analysis for biomechanical assessment and rehabilitation monitoring.