Rehabilitation & Movement Screening
Establish yourself as a leader in rehabilitation and movement screening, providing objective, real-time insights to enhance patient recovery and prevent reinjury. The Mobility Scan Platform seamlessly integrates into your practice, improving decision-making and patient outcomes.
Benefits
With the Injury Rehabilitation & Movement Screening Module, you can precisely track recovery progress and identify risk factors affecting patient rehabilitation. Whether managing post-surgical recovery, musculoskeletal conditions, or movement dysfunctions, our technology provides the most accurate, real-world movement insights for personalized treatment plans.
Personalized Recovery Plans & Measurable Progress
Leverage AI-powered gait analysis to tailor rehabilitation protocols for post-surgical recovery, orthopedic conditions, and chronic pain management.
Objective Metrics for Injury Risk & Movement Deficits
Identify asymmetries, compensation patterns, and mechanical inefficiencies to guide treatment adjustments and prevent reinjury.
Proactive Screening for Movement Dysfunctions
Detect early movement impairments that could lead to overuse injuries, chronic pain, or delayed recovery, enabling timely intervention and improved patient outcomes.
Value
Streamlined Workflow
Enhance your clinical assessments with the user-friendly Mobility Scan Platform, integrating seamlessly into your existing practice. Save valuable time by analyzing movement patterns in both clinical and real-life settings.
Improve Patient Outcomes
With objective movement analysis, track progress with precision, making informed adjustments that enhance treatment effectiveness and patient recovery.
Injury Prevention & Return-to-Function
Identify movement inefficiencies before they lead to reinjury, ensuring patients regain optimal function safely and efficiently.
Parameters
Average speed of the patient.
Number of steps taken per minute.
Length between two successive stances of the heel of the same foot.
Time during which the foot is in contact with the ground, standardized to be expressed as apercentage of the cycle time.
Time during which the foot is not in contact with the ground, standardized to be expressed asa percentage of the cycle time.
Percentage of the cycle during which both feet are in contact with the ground at the same time.
First sub-component of the stance phase. Loading phase begins when the heel touches the ground and cushion the impact. It ends when toes touch the ground at the flat foot in event.
Second sub-component of the stance phase. The flat foot phase begins at the flat foot in event and ends when the heel takes off at flat foot off event.
Third sub-component of the stance phase. The propulsion is the time between the flat foot off event and toe off.
Minimum height between the toes and the ground during oscillation of the foot.
Defined between the foot and the ground to express the inclination in the transverse plane of the foot at the four key moments in the unfolding of the step: heel, toe, heel and toe take-off.
Defined between the ground and the foot at the time of heel placement.
Maximal distance between the foot and the ground during the swing phase.
Maximum distance of lateral foot movement during oscillation.
Defines between the orientation of the foot and the patient's path of travel.
Expressesthe congruence between the values obtained for the left and right foot.Symmetry makes it possible to determine whether one leg is used more than theother when walking.
Ratio of the propulsion speed by the average stride speed.
Based on the analysis of pronation/supination angles, it represents the trajectory of the center of support during the contact phase at the foot.
Evolution of the parameters during the different acquisitions.
Get access now to 5 use cases of walking & running analysis
USE CASES
Analyze objectively the mobility of your patients with various motion disorders whether neurological, orthopedic, sports-related or age-related.
The patient is a 25-year-old woman who work in dentistry and stands most of the day. She suffers from hallux valgus that bothers her when she walks but is also an aesthetic concern.
The patient is a 12-year-old young man who plays tennis 5 times per week in training and competition. His parents made an appointment because he complained for weeks of pain in the front of his left knee.
A walk analysis of an older adult in a nursing home who has trouble walking and has already fallen. The aim of this consultation is to optimize the rehabilitation program to better maintain autonomy.