G01-1200 Foot Pressure Gait Analysis System

Core Advantage: Empowered by Technology, Redefining Gait Analysis

• Micro scale pressure capture, data is the cornerstone of diagnosis

• Using high-sensitivity carbon nano sensor coating and 3D grid technology, 10 pressure sensing units are distributed per square centimeter, and a large data array of 50000+sensing units is constructed to dynamically capture pressure changes during walking, running, and other movements under barefoot/shoe conditions. The response speed is less than 50g, and the maximum load-bearing capacity is up to 200KG, making subtle differences in plantar pressure unavoidable.

• Multi dimensional analysis model, from data to clinical decision-making

• Synchronize the output of 2D/3D pressure distribution images, center of gravity trajectories, gait cycle parameters (proportion of standing/swinging periods), geometric parameters (step size/step width/foot angle), and static foot size measurements, and generate professional reports including arch index, flat foot assessment, and hallux valgus angle with one click, providing quantitative basis for clinical diagnosis.

Clinical value: full scenario application, safeguarding foot and spine health

• Early screening and intervention of diseases: for people with abnormal pressure and high risk of ulcers in diabetes feet, early warning of disease risk through abnormal pressure distribution, and early intervention with orthopedic insoles to reduce amputation rate.

• In the field of orthopedics and rehabilitation: quantitatively evaluate the therapeutic effects of fracture surgery, joint replacement, etc., track gait changes before and after correction, and assist in developing personalized rehabilitation plans; Tracing the causes of posture problems such as scoliosis and long and short legs from the source of plantar pressure imbalance.

• Sports Medicine and Research: Customize gait optimization plans for athletes to reduce sports injuries; Support the export of scientific research data to assist in the study of ankle biomechanics.

Humanized design: combining professionalism and convenience

• Lightweight body: The aluminum alloy shell weighs only less than 15KG, with a self-locking design for the aviation USB interface, plug and play, compatible with Windows 7/10 system.

• Visual interaction: The high-definition LED light board displays colors in real-time according to pressure changes, supports custom logo display, and the detection process is intuitive and easy to understand.

• Intelligent report generation: One click export of evaluation reports containing graphic and textual data, supporting cloud storage and sharing, and facilitating multidisciplinary consultations.

Real Case: Data Witness Effect

A patient's test showed:

Left foot high arch foot level 1 (arch index AI<0.21), right foot normal;

During the gait cycle, the proportion of left foot standing phase is 68.94%, right foot phase is 67.47%, and double support phase is 36.72%;

Static weight-bearing shows excessive pressure on the inner side of the right foot, indicating a risk of spinal compensation.

The system recommends customized orthopedic insoles based on this, and a 3-month follow-up showed a 42% improvement in pressure distribution and significant relief of pain symptoms.