Medical study

Digital gait capture and plantar pressure measurement system for orthotic assessment and custom 3D-printed orthotic fabrication. Combines 3D scanning technology with advanced gait analysis software to quantify foot dynamics and inform personalized orthotic design for injury prevention and pain management.

An integrated system for designing and manufacturing personalized orthotic insoles based on gait and body analysis data. Provides custom biomechanical solutions for lower limb support and alignment.

3D scanner for capturing precise foot and lower limb anatomy to support custom orthotic insole design and fabrication. Enables digital plantar pressure mapping and anatomical assessment for personalized physiotherapy and orthopaedic treatment planning.

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.

Custom orthotic insoles and braces designed using CAD/CAM technology and 3D printing. This personalized device addresses foot pathology and postural alignment through digital modeling from patient data and precision manufacturing. Applications include podiatric correction, orthopedic support, and biomechanical compensation across clinical settings.

Biomechanical measuring systems for functional analysis of the musculoskeletal system, including light-optical 3D/4D spine and posture analysis, foot pressure and gait analysis, and muscle strength measurement. Supports interdisciplinary clinical assessment and diagnosis of movement disorders and biomechanical dysfunction.

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

Gait analysis system combining sensor insoles and mobile app to measure foot positioning and identify musculoskeletal pain sources. Custom-molded 0° correction insoles automatically realign foot position during daily activities, reducing compensatory muscle strain and pain in the lower limbs and spine.

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

Personalized 3D-printed insoles and orthotic devices manufactured using CAD/CAM technology and advanced materials. Designed for podiatrists and orthopaedic professionals to address foot pathologies, gait disorders, and lower limb biomechanical issues. Production integrates digital foot scanning, precision modeling, and certified additive manufacturing with rapid European delivery.

Gait analysis system combining sensor insoles and mobile application to measure foot positioning and identify musculoskeletal pain sources. Captures external eversion angle and classical gait parameters to visualize muscle chain imbalances. Custom 0° corrective insoles neutralize measured foot misalignment, reducing functional pain in lower extremities and spine without passive foot support.

Custom-designed insoles and orthoses manufactured using CAD/CAM technology, 3D printing, and precision materials. Supports podiatrists and orthopedic professionals in delivering personalized orthotic devices from patient scanning through final production. Includes foot modeling, CNC machining, and additive manufacturing capabilities with full European distribution.