Physical Rehabilitation for Musculoskeletal Injuries
Rehametrics is the clinical platform that enables physiotherapists and rehabilitation teams to design personalised physical rehabilitation programmes for patients with musculoskeletal injuries. All within a single system, featuring customisable digital exercises, objective quantification and longitudinal monitoring of functional progress.
Functional rehabilitation tailored to each musculoskeletal injury
Musculoskeletal injuries are one of the main causes of pain, functional limitations and sick leave. Conditions such as injuries to the shoulder, knee, spine, hip or ankle can affect a patient’s mobility, strength, stability and functional ability, impacting both activities of daily living and their return to work or sport.
Rehabilitation requires progressive programmes that are continually adapted to clinical progress. In practice, this involves constantly adjusting exercises, ranges of motion, therapeutic load and level of difficulty in line with the patient’s tolerance and recovery.
Rehametrics enables professionals to design personalised sessions, automatically adjust the difficulty level according to the patient’s performance, and objectively record all functional progress within a single programme.
The platform can be used for a wide range of musculoskeletal conditions
- Shoulder injuries
- Elbow injuries
- Knee injuries
- Lower back pain and spinal conditions
- Hip injuries
- Post-operative rehabilitation
- Osteoarthritis and degenerative joint disease
- Sports injuries
- Ankle and foot injuries
Clinical profiles addressed using Rehametrics
Each injury has specific therapeutic requirements. Rehametrics allows the treatment approach to be tailored to each patient’s location, stage of recovery and functional profile.
Shoulder injuries
Rehabilitation aimed at improving mobility, motor control, scapular stability and functional recovery following tendinopathies, rotator cuff surgery, instability or capsulitis. The system enables the objective monitoring of changes in joint range of motion and movement control from session to session.
Knee injuries
Programmes focusing on strength, balance, neuromuscular control and functional recovery following ligament or meniscus injuries, prosthetic fitting or orthopaedic surgery.
Lower back pain and spinal conditions
Exercises focusing on postural control, mobility, lumbar stabilisation and functional recovery in patients with lower back pain, neck pain or degenerative conditions.
Sports injuries
Rehametrics enables the development of mobility, strength, coordination and progressive functional rehabilitation as part of sports recovery programmes.
Post-operative rehabilitation
The platform facilitates post-operative protocols for trauma and orthopaedic surgery, tailoring the intensity and progression to each stage of recovery.
Areas of treatment in musculoskeletal rehabilitation
Four therapeutic dimensions within a single clinical setting, designed to meet the functional needs of each patient and each stage of their recovery.
Mobility and range of motion
Exercises designed to restore range of motion, functional mobility and motor control in the upper and lower limbs and the spine.
Balance and postural control
Programmes aimed at stability training, proprioception and the prevention of functional compensations during movement.
Strength and neuromuscular control
Progressive exercises to improve muscle activation, coordination and functional ability, tailored to the patient’s level.
Functionality and activities of daily living
Training focused on functional movements and tasks related to the patient’s actual needs in their everyday, work or sporting environments.
What Rehametrics brings to your clinical team
A platform designed to personalise treatment and objectively measure outcomes at every stage of musculoskeletal recovery.
Personalised and progressive sessions
The practitioner can adapt exercises, difficulty, speed, range of motion and therapeutic objectives in line with each patient’s functional progress.
Objective measurement of performance
The system automatically records parameters such as range of motion, accuracy, stability, execution times and progress between sessions.
Better adherence to treatment
Exercises based on interactive virtual environments encourage active patient participation and improve adherence compared with conventional, repetitive exercises.
Longitudinal monitoring of developments
The platform allows users to compare results across sessions and document functional progress throughout the rehabilitation process.
Telerehabilitation for physical therapy
Rehametrics enables patients to continue their treatment at home without losing clinical supervision. It is particularly useful when ongoing face-to-face care is not possible.
number of sessions completed compared with the conventional method
clinical parameters recorded per session
of patients who reported higher levels of motivation
health organisations in 20 countries
Incorporate advanced physical rehabilitation into your clinical practice
If you work with patients with musculoskeletal injuries and are looking for a tool that allows you to personalise sessions, measure results objectively and carry out functional follow-up using clinical data, Rehametrics is designed for your team.
Frequently asked questions about musculoskeletal rehabilitation
The platform enables treatment of shoulder, knee, spinal, hip, ankle and other trauma, orthopaedic and sports pathologies.
Yes. The clinician can adjust difficulty, range of motion, execution speed and therapeutic objectives according to the patient's clinical progress.
Rehametrics automatically records functional parameters such as joint range, precision, stability, execution times and inter-session performance.
Yes. The platform enables implementation of individualised protocols following orthopaedic or trauma surgery, adapting therapeutic progression and intensity.
Yes. The patient can continue exercises from home whilst maintaining clinical supervision and objective tracking of functional progress.
Rehametrics combines virtual reality-based rehabilitation with objective clinical quantification. The system personalises each session and automatically generates progress reports.