Force Plate

Force plates are precision measurement devices that quantify ground reaction forces and pressure distribution during human movement. Used in clinical balance assessment, gait analysis, and dynamic posturography, they enable objective evaluation of postural stability and mobility disorders. The system integrates with biomechanical testing protocols to support diagnosis and rehabilitation monitoring in clinical and research settings.

Integrated measurement platform combining pedal, sensors, and base for synchronized capture of vertical, lateral, and fore-aft forces. Standard equipment in gait laboratories, biomechanics research, and clinical assessment centers.

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.

A foot pressure measurement device designed for analyzing plantar pressure distribution. Used in podiatry, rehabilitation, sports medicine, and foot care applications to assess gait and foot function.

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.

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.

Portable functional assessment system for measuring biomechanical movement and balance using force plate technology and dynamic posturography. Enables precise quantification of patient mobility, postural stability, and fall risk in clinical and research settings. Delivers low-noise data acquisition for objective rehabilitation outcomes and clinical decision-making.

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

A treadmill system integrated with virtual reality technology and force measurement capabilities. The device combines VR-based training environments with biomechanical assessment through force plate functionality for rehabilitation and performance evaluation.

Pressure Plate Walking Analysis and Rehabilitation Training System; This system is used to analyze and treat gait disorders in the fields of neurology, orthopedics, and geriatric rehabilitation. It helps patients with severe functional limitations to start treatment at an early stage and can be adjusted to meet the needs of patients, making it suitable for wheelchair users, those with limited mobility, and patients who can walk. Key Benefits: - Support from experts for gait analysis and treatment (therapists, doctors, trainers, podiatrists, etc.) - Gait automation through repetitive training - Gait support and correction through intuitive software FDM - Gait analysis through time-synchronized video recording and pressure distribution measurement - Gait training using visual and auditory cues and virtual feedback - This system provides various gait training tailored to the patient's condition and is effective in improving walking abilities.

Enables simultaneous measurement of forces in multiple directions including vertical, lateral, and anterior-posterior components. Applications include pressure distribution analysis and force plate measurements in clinical biomechanics and physiotherapy.