POM Checker

3D postural analysis system for physiotherapy and orthopaedic assessment. Captures and evaluates patient posture and body alignment in three dimensions to support clinical diagnosis and treatment planning. Enables objective measurement of postural deviations and monitoring of therapeutic progress.

Mobile motion analysis system using wireless inertial measurement units (IMU) for real-time assessment of body posture and gait patterns. Designed for clinical, physiotherapy, and sports applications without requiring laboratory infrastructure. Enables detailed biomechanical evaluation and movement analysis in clinical settings.

4D motion analysis system for biomechanical assessment of the musculoskeletal system using light-optical 3D/4D spine and posture analysis, foot pressure and gait analysis, and muscle strength measurement. Supports functional diagnostics across orthopedics, neurology, sports medicine, and rehabilitation settings.

Optical motion capture technology for detailed analysis of joint movement and range of motion assessment. Supports orthopedic evaluation and rehabilitation outcome measurement.

Component of the MOKA system dedicated to detailed postural evaluation and body alignment analysis. Provides objective measurements for identifying postural deviations and monitoring treatment outcomes in physiotherapy.

Technology platform that measures and tracks full body range of motion to support early injury detection and prevention. Useful for occupational health and rehabilitation monitoring.

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.

AI-powered 3D posture and spine-pelvis assessment analyzer that captures and analyzes body alignment, spinal curvature, and pelvic positioning in real-time. Enables quantitative evaluation of postural deviations for clinical assessment, orthopedic screening, physiotherapy planning, and sports performance optimization.

GMP certified medical device that utilizes self-developed pressure sensors and motion cameras to analyze foot pressure, gait, posture, body shape, and movement. It is a high-end body shape analyzer that can be applied in various fields such as medical, fitness, pilates, foot centers, health support centers, public health centers, all on a single platform. Analysis Range - Static plantar pressure analysis - Dynamic gait analysis - 3D posture analysis - Body shape MOIRE analysis, Motion analysis (ROM) - Real-time swing and balance evaluation

GMP certified medical device that utilizes self-developed pressure sensors and motion cameras to analyze foot pressure, gait, posture, body shape, and movement. It is a high-end body shape analyzer that can be applied in various fields such as medical, fitness, pilates, foot centers, health support centers, public health centers, all on a single platform. Analysis Range - Static plantar pressure analysis - Dynamic gait analysis - 3D posture analysis - Body shape MOIRE analysis, Motion analysis (ROM) - Real-time swing and balance evaluation

Real-time motion capture system for tracking patient movement during physical therapy and rehabilitation programs. Provides objective data for assessing recovery progress and treatment efficacy.

Integrated system for postural and biomechanical analysis combining baropodometric pressure mapping, 3D laser scanning, spinal column assessment, and gait analysis. Includes CNC milling technology for fabricating personalized orthotic insoles in under 3 minutes with high precision and repeatability. Enables objective, longitudinal comparison of morphological and postural changes in clinical and research settings.