NAME Monitoring and Robotic Assistance Laboratory
Robotics laboratory focused on the development of monitoring tools and patient care in different areas, such as neurology and trauma. It allows monitoring, from a biomechanical point of view, parameters such as the gait of patients, and developing personalized mechatronic devices for the motor rehabilitation of patients, for example, upper limb haptic systems or exoskeletons. It also has the ability to sensorize multiple dynamic and physiological parameters of patients.
FIELDS OF APPLICATION
Digital health
Electromedical devices
Laboratory equipment
Orthopedic and rehabilitation Technology
MOST OUTSTANDING EQUIPMENT AND COMPONENTS
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Biomechanical monitoring platform. High precision Optitrack optical system for advanced movement studies.
Biomechanical monitoring platform. High precision Optitrack optical system for advanced movement studies.
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Biomechanical monitoring platform. Perception Neuron inertial motion capture system. Portable equipment for field studies.
Biomechanical monitoring platform. Perception Neuron inertial motion capture system. Portable equipment for field studies.
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Robotic, haptic and exoskeleton devices for multiple uses and applications.
Robotic, haptic and exoskeleton devices for multiple uses and applications.
SERVICES OFFERED BY THE ASSET
Biomechatronic device evaluation study
Evaluation of the functioning of mechanical, robotic and exoskeleton devices from various points of view: functionality, robustness, resistance, usability, etc.
Development of new biomechatronic assistance systems
From concept to prototype, assistance for the development of new mechatronic devices for medicine.
Device sensing
Instrumentation (force, pressure, resistance, operation, consumption, etc. sensors) of devices to improve capacities and expand functionalities
People monitoring
Biomechanical study of systems and people, for the analysis of the interaction with the devices under study.
ENTITY MANAGING THE ASSET
Contact person:
Iñaki Díaz
idiaz@ceit.es