PATIENTS FROM ALL OVER THE WORLD
AND FROM ALL AGE GROUPS TRUST US.
MORE THAN 100 PATIENTS HAVE ALREADY BEEN REHABILITATED AND DISCOVERED A NEW LIFE WITH US.
MOVEX clinics have the only therapies that manage to accelerate and improve the rehabilitation processes of patients' upper and lower limb mobility. We have the most advanced technology and the best personalised treatments; from design to execution.
That is our secret.
Our Movex method revolutionizes rehabilitation by challenging the belief that patients can't get any better. In contrast to other centers, 100% of our patients always exceed expectations and achieve exceptional levels of rehabilitation. We bring new hope and opportunities for recovery, breaking down barriers and achieving amazing progress.
EXPERTS IN
NEURO-REHABILITATION
PATHOLOGIES ADDRESSED
SPINAL CORD INJURY
Traumatic
Tumours
Myelopathies
(various lesions of the
spinal cord)
POSTOPERATORY
Knee injury
rehabilitation
NEURODEGENERATIVE DISEASES
Parkinson's
MS (Multiple Sclerosis)
ALS (Amyotrophic Lateral Sclerosis)
NEUROMUSCULAR DISEASES
Ataxias
Muscular Dystrophies
SMA (Spinal Muscular Atrophy)
CEREBRAL PALSY
BRAIN OR CENTRAL NERVOUS SYSTEM TUMOURS
INJURIES TO THE PERIPHERAL NERVOUS SYSTEM
ACQUIRED BRAIN INJURY (ABI)
Cerebrovascular Accident (CVA)
Stroke: Ischaemic / Haemorrhagic
Traumatic brain injury
THE BEST
TREATMENTS
REBORN
TO ENJOY
LIFE ONCE AGAIN
CREATING TECHNOLOGY + DESIGNING THERAPIES
At Gogoa Mobility Robots we are unique in our ability to design and apply comprehensive treatments that combine our own technology with exclusive processes that maximise the recovery of motor problems in people with different pathologies such as:
Stroke, Spinal Cord Injury, Neuro-degenerative Diseases, Muscular Dysfunctions.
In this field, we are unrivalled.
MOST ADVANCED
EQUIPMENT
Our clinics are equipped with the most advanced
robotic neuro-rehabilitation technology
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Lower limb exoskeletons:
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Hank
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Belk
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Exoskeleton of upper limbs:
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Hand of Hope
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Arm, Leg & Knee Tutors
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Virtual and augmented reality systems
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Balance platforms
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Complementary equipment (cranes, treadmills, exercise bikes, balls, games, etc.)
A LOOK INSIDE
MOVEX CLINICS
MOTOR DISABILITY IN FIGURES
6%
2.8 MILLION PEOPLE
PRECISE NEURO-REHABILITATION
IN SPAIN
10%
THROUGHOUT OUR LIFE
WE SUFFER 8 YEARS WITH SOMEONE
TYPE OF MOTOR DISABILITY
MOVEX METHOD.
PHASES OF NEURO-REHABILITATION
WITH EXOSKELETONS
PHASE 1 • INITIAL ASSESSMENT
Functional assessment that includes an interview and a clinical examination, using functional scales.
PHASE 2 • REPORT AND TREATMENT PROPOSAL
The clinical team writes the report and the individualized treatment proposal, focused on the objectives and needs of each patient, including their deficits and capacities.
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The idea is to combine rehabilitation technologies such as walking and hand exoskeletons, virtual reality and balance platforms, with conventional physiotherapy and therapeutic exercises. The rationale behind this combination is that clinically better results have been shown in important areas such as gait, balance, muscle strength, and sensation.
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If the criteria for using exoskeletons are not met initially, a prior physiotherapeutic treatment with complementary technologies will be conducted. Balance and strength will be addressed with the goal of incorporating robotic technology as soon as possible.
PHASE 3 • INTENSIVE TREATMENT WITH ROBOTIC TECHNOLOGY (EXOSKELETONS)
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Familiarization: Contact with the equipment
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Rehabilitation: Intensive combined treatment (3 to 5 months)
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Consolidation: Movement coordination
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Follow-up: Memory sessions
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During the treatment period, follow-up reports are made, always focused on the objectives initially set, with real data on the patient's evolution provided by the teams themselves.
MOVEX METHOD. FASTER. MORE EFFICIENT.
All this thanks to the use of exoskeletons, since they allow the repetitiveness of the movements that causes two neurological phenomena in the patient:
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Neuronal plasticity
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Reprogramming of motor neurons
RECRUIT
NEURONAL PLASTICITY
It recruits healthy areas of the brain to take over the functions of those that have suffered motor damage. In short, healthy neurons take over the functions of those that have been damaged, allowing the patient to regain their mobility.
REPROGRAM
REPROGRAMMING OF MOTOR NEURONS
Patients suffering from these diseases or injuries receive a weak or distorted signal to their muscles, which is not sufficient to activate and control movement. The neurons that deal with managing mobility, motoneurons, through training with exoskeletons, are reprogrammed and learn to activate with less intense or distorted signals.
REHABILITATE
TESTIMONIALS
Even if traumatic events occur in life,
there is always light, there is always hope.
Let us help you as we have helped people
like Aurelio, Raúl and Mario.
AURELIUS
"I hadn't walked for years. Thanks to the last wish of the Miranda Foundation and Gogoa, I have fulfilled my dream: getting up from my chair and walking again."
FELIX
"I have come from Almería to rehabilitate at Movex Clinics. The results I am getting are stupendous. I had not managed to get that far after years of expensive conventional rehabilitation..."
MIGUEL ANGEL
"Getting up from the chair was like watching my son be born"
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"Seeing me walk with the exoskeleton, my four-year-old son Jairo would happily tell me, 'Dad, you look like Iron Man's robots.'
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"When the therapist tells you that he can't do any more, this 'frame' becomes your second body and allows you to look out the window"
ISABEL
"I have gained more mobility and more stability. I take much longer walks, I climb stairs and I have managed to ride my bike."
The 'Movex Living Lab' will allow the evaluation of patients with injuries or motor mobility conditions, but it will also allow the measurement and development of new specialized treatments and neuro-rehabilitation therapies with exoskeletons for both the upper and lower limbs.
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Located in Urretxu, Gipuzkoa.
WORLD'S FIRST LABORATORY
THERAPY DESIGN
OF NEURO-REHABILITATION
JUST OPENED
Motion Measurement Suit (Rokoko)
EMG electromyographic signal capture system (Sessantaquattro)
EEG gamified electroencephalographic signal measurement system
(Bit Brain)
MOVEX LIVING LAB
PIONEERING EQUIPMENT
PROYECTO AI-REHAB: HAZITEK - GOBIERNO VASCO
Movex Clinics se complace en presentar el proyecto innovador AI-REHAB, el cual está recibiendo apoyo y financiamiento del Gobierno Vasco a través del programa HAZITEK. Este proyecto está liderado por un consorcio de empresas líderes y entidades de investigación, con el objetivo de impulsar la investigación y el desarrollo en áreas críticas de la robótica y la tecnología.
Proyecto AI-REHAB: Integración de Inteligencia Artificial en la Neuro-Rehabilitación Robótica
Participantes: GOGOA, MOVEX BILBAO, Fundación MIRANDA, Universidad de Deusto.
Objetivos: AI-REHAB se centra en mejorar la terapia y procedimientos para la neuro-rehabilitación robótica de la movilidad mediante el uso de inteligencia artificial. Este proyecto cuenta con la colaboración de expertos en robótica, clínicas de rehabilitación, y entidades de investigación para personalizar tratamientos y explorar la utilización de sistemas robóticos en la prevención de fragilidad en personas mayores.
