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Rehab

Performance Rehab Module

Engage Athletes and active patients in treatment for better outcomes.
Our Performance Rehab Module serves as the perfect companion for monitoring patient or athlete progress in rehabilitation, sports performance, and facilitating research applications.

Video analysis – to enrich the analysis and clinical experience the DigitsolePro system offers video capture capabilities allowing you to compare the AI generated data with video analysis to look even deeper into the movement of your patient.

Benefits

What are the benefits of our Performance Rehab module?

  • The Digitsole Pro Performance Rehab Module allows you to monitor sports injury rehabilitation, improve athletic performance, and prevent injuries by assessing risks and tracking results.

  • You can use the Performance Rehab module for Prevention; for Rapid Return-to-Play; to create Baseline Assessments and for Interventions. By measuring the quality of the activity.

  • Commonly used jump tests: Countermovement Jump Test, Single Hop Test, Triple Hop Test, 30 Second Side Hop Test. Now with enhanced and advanced metrics

  • Improve communication and engage with the patient by making it easier for them to understand and adhere to the treatment.

  • Video analysis – to enrich the analysis and clinical experience the Digitsole Pro system offers video capture capabilities allowing you to compare the AI-generated data with video analysis to look even deeper into the movement of your patient.

Value

Why choose the Performance Rehab Module?

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01

Portable Athlete Testing

The Performance Rehab Modules is Portable- You can test athletes where they train and obtain results in 5 minutes.

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02

AI-Driven Data Accuracy

Reliable, Research-Grade Data from Proprietary AI-Powered Algorithms.

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03

Intuitive Practitioner Interface

Thanks to our video module you can also record and review the jumps of your patients and follow the parameters on our web interface.

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Intuitive Practitioner Interface

With our easy-to-understand interface all practitioners can read and understand easily all the parameters of patients.

Parameters

Observe biomechanical parameters that you cannot see with the naked eye.

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General

Jump height
Jump count
Flight Time difference
Contact/Stance time
Jump length
Flight time
Swing time
Total Distance
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Foot Kinematics

Flexion angle at take-off
Take off/Propulsion velocity
Flexion angle at landing
Pronosupination angle at landing
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Advanced Parameters

Contact Stability
Rotation around Z
Max acceleration at landing
Symmetry
Cadence
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Foot Kinematics

Flexion angle at landing
Pronosupination angle at landing
Take-off flexion angle
Propulsion velocity
Flexion angle at landing difference
Pronosupination angle at landing difference
Take-off flexion angle difference
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Advanced

Contact stability
Rotation around Z
Symmetry
Contact stability difference
Max acceleration at landing
Cadence

discover our interface for free

Get access now to 5 use cases of  walking & running analysis

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Discover our interface for free

Get access now to 5 use cases of  walking & running analysis

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USE CASES

A wide range of use cases

Analyze objectively the mobility of your patients with various motion disorders whether neurological, orthopedic, sports-related or age-related.

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HALLUX VALGUS

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.

READ THE CASE STUDY
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OSGOOD SCHLATTER DISEASE

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.

READ THE CASE STUDY
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OLDER ADULT'S WALK

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.

READ THE CASE STUDY

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