Physical Rehabilitation for Spinal Cord Injuries
Rehametrics is the clinical platform that enables physiotherapists and neurorehabilitation teams to design personalised physical rehabilitation programmes for patients with spinal cord injuries. All within a single system, featuring adaptive exercises, objective quantification and longitudinal monitoring of functional progress.
+30%
more sessions completed compared with the conventional approach
+100
clinical parameters recorded per session
89%
of patients who reported higher levels of motivation
Functional rehabilitation tailored to spinal cord injury
Spinal cord injury can affect mobility, balance, postural control and functional independence, with treatment needs varying according to the level and severity of the injury. Rehabilitation requires individualised programmes that are continually adapted to the patient’s clinical progress.
Rehametrics enables the design of personalised sessions, the gradual adjustment of difficulty levels and the objective recording of all functional progress within a single clinical setting.
Spinal cord injury profiles addressed using Rehametrics
- Incomplete spinal cord injury
- Gait rehabilitation
- Subacute and chronic stages
- Preventing physical deconditioning
Spinal cord injury profiles addressed using Rehametrics
The platform adapts to the level and severity of each injury, enabling programmes designed to support both functional recovery and the maintenance of function, as well as the prevention of complications.
Incomplete spinal cord injury
Patients with partially preserved motor or sensory function may benefit from programmes designed to improve strength, postural control, balance, coordination and functional gait.
Spasticity and motor control
In patients with spasticity, the exercises focus on selective motor control, active range of motion and coordination, whilst taking into account each patient’s individual muscle tone limitations.
Gait rehabilitation
Rehametrics enables the training of gait patterns, weight transfer, dynamic balance and motor coordination in patients with partial walking ability.
Subacute and chronic stages
The platform can be used both in the early stages of recovery and in functional maintenance and long-term rehabilitation programmes.
Preventing physical deconditioning
Therapeutic programmes help patients with long-term mobility limitations to maintain physical activity, mobility and functional participation.
A holistic approach combining physiotherapy and occupational therapy
Two modules within the same clinical setting, designed to meet the needs of each patient. All are CE-marked as medical devices.
Physio Module
Augmented reality system with motion detection. Over 120 exercises designed to maintain motor function and prevent secondary complications: static and dynamic balance, coordination, postural control, range of motion and movement patterns.
The system automatically records more than 100 kinematic parameters per session without any manual intervention by the clinician.
- Incomplete spinal cord injury
- Spasticity and changes in muscle tone
- Gait rehabilitation and transfers
- Impaired balance and postural control
- Preventing physical deconditioning
- Subacute and chronic stages
VR Module
VR environments featuring over 70 exercises for the upper body, fine motor skills and dual-tasking activities that combine simultaneous physical and cognitive challenges. No gloves, controllers or calibration required.
The clinician monitors the patient in real time from their computer without interrupting the patient’s session.
- Cervical spinal cord injury with upper limb involvement
- Quadriplegia with residual function in the hands
- Rehabilitation of grip strength and fine motor skills
- Dual physical-cognitive tasks
- Incomplete spinal cord injury
What Rehametrics brings to the clinical team
A platform designed for multidisciplinary work, long-term monitoring and data-driven decision-making.
Personalised and progressive sessions
Every patient with a spinal cord injury has different functional needs. Rehametrics allows exercises, intensity and therapeutic goals to be tailored according to clinical and functional progress.
Objective measurement of performance
The system automatically records parameters such as range of motion, stability, accuracy, execution times and functional progress between sessions.
Greater engagement and participation
Exercises based on interactive virtual environments help to boost patients’ motivation and encourage their active participation during treatment.
Longitudinal monitoring of developments
The platform enables users to objectively document functional changes over time and compare results between sessions.
Tele-rehabilitation and continuity of care
Rehametrics enables home-based rehabilitation programmes to be carried out with clinical supervision and automatic recording of functional data.
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 spinal cord injury rehabilitation into your clinical practice
If you work with patients with spinal cord injuries and are looking for a tool that allows you to personalise sessions, measure results objectively and monitor functional progress using clinical data, Rehametrics is designed for your team.
Frequently asked questions about rehabilitation following a spinal cord injury
The platform can be used with incomplete spinal cord injuries, adapting exercises to the functional level and motor capacity of each patient.
Yes. Rehametrics enables work on balance, coordination, weight transfer and functional gait patterns in patients with partial ambulation capacity.
The clinician can modify intensity, difficulty, range of motion and therapeutic objectives according to the clinical and functional response recorded in each session.
The platform automatically records data relating to mobility, stability, precision, execution times and longitudinal functional progress.
Yes. The patient can continue treatment from home whilst maintaining clinical supervision and objective tracking of functional performance.
Rehametrics combines virtual reality-based rehabilitation with objective clinical quantification, therapeutic personalisation and automated tracking of functional progress.