How Gait Analysis Systems Integrated with Plantar Pressure Plates Assist Precision Orthopedic Diagno

How Gait Analysis Systems Integrated with Plantar Pressure Plates Assist Precision Orthopedic Diagnosis and Treatment

1. Gait Data Acquisition

Plantar pressure sensing, step frequency and walking speed monitoring, gait cycle capturing, and joint angle acquisition system.

Main applications: Preoperative gait assessment in orthopedics, postoperative rehabilitation gait monitoring, and gait data acquisition for joint disorders. Gait analysis after lower limb fracture surgery, gait tracking after joint replacement surgery, scoliosis-related gait monitoring, capture of osteoarthritis gait abnormalities, and gait stability assessment in osteoporosis.

2. Orthopedic Condition Diagnosis

Pressure distribution analysis, gait abnormality identification, lesion site localization, and quantification of disease severity system.

Main applications: Diagnosis of lower limb joint disorders, determination of spine-related gait abnormalities, and evaluation of fracture healing. Gait analysis of knee joint degeneration, gait monitoring of hip joint disorders, gait assessment of ankle injuries, diagnosis of lumbar spine disease–related gait abnormalities, and gait tracing of complex orthopedic cases.

3. Preoperative Planning Assistance

Surgical plan formulation, prosthesis adaptation assessment, intraoperative precise localization, and postoperative outcome prediction system.

Main applications: Preoperative planning for joint replacement surgery, assistance in fracture reduction surgery, and optimization of deformity correction plans.

4. Postoperative Rehabilitation Monitoring

Rehabilitation progress tracking, gait function recovery, pressure distribution improvement, and mobility assessment.

Main applications: Postoperative orthopedic rehabilitation evaluation, monitoring of gait function recovery, adjustment of rehabilitation training programs, post-discharge gait follow-up, applied in orthopedic wards, rehabilitation centers, and medical examination institutions.

5. Treatment Effect Evaluation

Pre- and post-treatment comparison, pressure data traceability, gait function scoring, and optimization of diagnosis and treatment plans system.

Main applications: Quantification of orthopedic treatment effects, evaluation of rehabilitation training outcomes, adjustment of personalized diagnosis and treatment plans, early warning monitoring of disease recurrence, establishment of treatment data archives, and extraction of reference data for subsequent diagnosis and treatment.

6. Multi-Scenario Diagnosis and Treatment Application

Pediatric orthopedic diagnosis and treatment, adult joint disorders, elderly bone disease rehabilitation, and orthopedic teaching demonstration system.

Main applications: Assistance in routine orthopedic diagnosis and treatment, early screening and diagnosis of bone diseases, full-process postoperative rehabilitation monitoring, support for multidisciplinary consultation of complex cases, gait assessment of pediatric skeletal development, gait monitoring of age-related bone degeneration, collection of orthopedic teaching cases, accumulation and analysis of research data, and unification of multi-center diagnosis and treatment standards.