Virtual reality software for physiotherapy
Turn every physiotherapy session into an immersive and measurable experience. Over 70 upper limb and hand exercises, as well as functional activities, with hand tracking that allows for natural movement – without controllers, sensors or gloves.
The limitations of conventional rehabilitation
Traditional clinical practice presents three barriers that compromise therapeutic outcomes:
Reduced adhesion
Repetitive handling tasks demotivate patients and lead to a higher rate of treatment non-adherence
Limited control
Assessing motor performance in real time relies on direct observation by the therapist
Slow customisation
Manually adjusting the difficulty of each task during the session disrupts the therapeutic flow
Rehametrics VR addresses all three with a single, integrated system.
What is Rehametrics’ virtual reality for physiotherapy?
The Rehametrics virtual reality module is designed for immersive rehabilitation of the upper limb and functional training in physiotherapy. It combines therapeutic exercises, functional tasks and standardised assessments to improve the patient’s range of motion, strength, coordination, motor control and functionality in meaningful contexts, from post-surgical recovery through to a return to activity.
Through immersive virtual reality and mixed reality, patients interact naturally with virtual objects and environments using hand tracking, without the need for controllers, sensors or gloves. Compatible with Meta Quest 3 and 3S, the system automatically adapts the difficulty of the exercises to the patient’s performance in order to maintain an optimal level of therapeutic challenge.
In five steps, from the intervention to the report:
Define clinical objectives based on the patient’s motor and functional profile
Select exercises tailored to your condition and manual dexterity
The patient works whilst wearing the glasses and the therapist sees exactly what the patient sees in real time on their computer
The difficulty level is adjusted automatically or manually during the session without interrupting it
A detailed clinical report is generated upon completion, including response times, performance and biomechanical parameters.
Result: a more immersive, more measurable form of therapy that is fully tailored to the patient.
What you can treat
Rehametrics VR is suitable for a wide range of clinical profiles and conditions, whether in the clinic or at home, from the first session right through to discharge.
Post-surgical rehabilitation of the shoulder, elbow, wrist and hand
Restoration of mobility, strength and motor control following shoulder arthroscopy, rotator cuff repair, arthroplasty or wrist/hand surgery. Progressive exercises allow the load to be adjusted without relying solely on manual supervision.
Sports injuries and tendinopathies of the upper limb
Treatment of epicondylitis, epitrochleitis, rotator cuff tendinopathies and wrist injuries in athletes. Objective measurement of range of motion and strength facilitates the planning of a return to activity based on quantifiable criteria.
Hand injuries and hand surgery
Recovery following fractures, tendon or nerve injuries, or surgical procedures. The exercises help to improve dexterity, fine motor skills, finger mobility, precision and functionality in everyday activities.
Musculoskeletal injuries of the upper limb
Rehabilitation of the shoulder, elbow, wrist and hand following surgery, trauma or degenerative conditions. The system enables patients to work on mobility, coordination and functional recovery through progressive and measurable exercises.
Stroke and acquired brain damage
Functional recovery of the upper limb in patients with hemiparesis following a stroke, traumatic brain injury or acquired brain injury. Immersive environments facilitate intensive repetition of movements aimed at functional goals.
Spinal cord injury
Training to improve reach, manipulation, coordination and upper limb function in patients with incomplete spinal cord injury, tailored to each patient’s motor level and residual abilities.
Parkinson's disease
Specific programmes designed to improve range of motion, speed of movement, coordination and manual dexterity. Virtual reality facilitates more intensive and motivating training to combat bradykinesia and functional limitations.
Multiple sclerosis
Interventions aimed at improving coordination, motor precision, movement control and upper limb function, automatically adapting the level of difficulty to the patient’s clinical condition.
Active ageing and functional prevention
Programmes aimed at maintaining manual dexterity, hand-eye coordination and functional independence in older people, promoting active and healthy ageing.
What does the VR Module do?
The virtual reality physiotherapy module focuses on upper limb rehabilitation, manual dexterity and functional independence, with objective monitoring of each variable, without the need for prior calibration and without interrupting the session.
Rehametrics VR in action
Find out how physiotherapists use virtual reality headsets to design personalised sessions, record motor performance and generate automatic clinical reports – all in real time.
Results that matter
The data from each session helps to personalise treatment and measure progress.
For the patient
- Greater adherence thanks to motivation
- Immediate feedback
- Faster and more noticeable functional improvement
- Help with pain and kinesiophobia
For professionals
- Objective data for each session, with no manual recording required
- Continuous, exportable tracking
- Automatic and exportable reports for medical records
- Precise adjustment of difficulty and exercise settings
PROFESSIONAL OPINIONS
"Virtual reality has become an essential tool in addressing frailty. It enables us to create motivating and safe environments that improve adherence even among patients with cognitive impairment, Parkinson’s disease or severe disabilities, and encourages them to continue their rehabilitation beyond the clinical session, with the support of family members and volunteers. As well as improving engagement and mood, it delivers measurable results in terms of mobility, balance and independence."
Marta Pascasio Roura
Physiotherapist · Mollet Healthcare Foundation
More than 450 centres are already using Rehametrics
Who is it for?
Upper limb musculoskeletal rehabilitation services
Day centres and care homes offering functional stimulation programmes
Physiotherapists in private practice or hospital departments
Acquired Brain Injury and Neurorehabilitation Units
Professionals looking to stand out with technology that has a significant clinical impact
Data supporting the system
Clinicians from various specialities are already using Rehametrics VR in their day-to-day practice.
30%
More rehabilitation sessions
Centres using Rehametrics report a 30 per cent increase in therapeutic activity per session compared with conventional rehabilitation.
89%
Greater involvement in therapy
89 per cent of patients show greater motivation and active participation during exercises using Rehametrics.
100
Clinical variables per session
Over 100 biomechanical and functional variables are recorded automatically during each session, without any manual intervention by the clinician.
Hassle-free implementation
You don’t need to refurbish your premises or undergo lengthy technical training. The system is intuitive from the very first use, for both the practitioner and the patient.
Virtual reality headset
Meta Quest 2, Quest 3 or Quest 3S. No controllers, gloves or additional accessories required
Therapist's computer
Real-time session monitoring and control directly from the professional's screen
No extra infrastructure
Quick set-up, compatible with your existing space: in the clinic, therapy room or at home
Start measuring what your rehabilitation can achieve
No controls. No calibration. No need to change the space you already have.
Talk to our team, get answers to your clinical queries and see the system in action in a live demo tailored to your patient profile.
Medical device with CE marking. Designed and clinically validated for use under professional supervision.
Resources for rehabilitation professionals
Clinical articles, user guides and case studies to help you get the most out of digital treatment.
Types of virtual reality in rehabilitation: immersive vs non-immersive
Intensity in therapeutic exercise: how to adjust the workload for patients with musculoskeletal pain
Virtual reality in paediatric rehabilitation: clinical applications and the use of digital platforms
Frequently Asked Questions
Yes. Rehametrics VR is a CE-marked medical device, clinically designed and validated for supervised use by healthcare professionals.
No. The system guides the patient with straightforward instructions throughout the entire session — with no prior technical knowledge or learning curve required.
Yes. The clinician prescribes the programme, allowing the patient to continue their rehabilitation at home with the VR headset whilst maintaining remote monitoring through the platform.
Joint range of motion, manipulative precision, response time, performance in ADLs, and session-by-session progress, including results from standardised BBT and 9HPT assessments.
No. It complements and enhances conventional physiotherapy, adding immersion, objective data, and increased therapeutic intensity without replacing professional clinical judgment.