SpineMeasure
Spine measurement system.
Motion and Force Engineering Solutions
Motion and Force Engineering Solutions (MFES) is a spin-off of the Mechanical Engineering Laboratory of the University of La Coruña, which aims to bring to the public the results of the Laboratory's research on the biomechanics of human movement.
These results take the form of developing products, providing services and carrying out projects, along the following lines:
- Gait and motion analysis
- Musculo-skeletal modeling and simulation
- Biomechanical sensorization
- Design and evaluation of assistive and exercise devices
Products
Products are developed for the sensorization of the posture or movement of the human body, or for the sensorization of elements that interact with people in medical or sport applications. Examples:
GymMov
Exercise monitoring system.
Innovation
Use of small, non-invasive, and low-cost sensors, combined with computational models of the human body.
Applicability
Applicability in numerous areas of Health and Sport Sciences.
Patent
The SpineMeasure system has been patented to ensure its exclusivity.
Services
Services are provided that require the capture and analysis of human movement in general or of human gait in particular. Gait may be conventional or with assistive devices (crutches, canes, walkers, orthoses, exoskeletons). Capture and analysis can be performed in real time if needed, for example, when providing biofeedback to the user or supervisor. Services are also provided that require the capture and analysis of animal movement. Examples:
Gait analysis
Gait analysis laboratory.
Motion analysis
Motion capture with biofeedback.
Animal gait analysis
Gait analysis laboratory for animals.
Adaptability
Our services are tailored. We adapt to your needs and resources.
Professionalism
Our team is made up of researchers with extensive experience in capturing and analyzing human movement.
Resources
Our technological resources allow us to capture movement both in our laboratory and outside of it, thanks to a portable system.
Projects
Projects are carried out that require skeletal, musculo-skeletal, or neuro-musculo-skeletal modeling of the human body, as well as the analysis and/or simulation of human movement, and/or its sensorization. Movement can be free or assisted (crutches, canes, walkers, orthoses, exoskeletons). Examples:
Analysis and simulation of human movement
Neuro-musculo-skeletal models of the human body, analysis and simulation of human movement.
Simulation of head-neck response to ballistic impacts
Simulation of the head-neck system response to ballistic impacts.
Simulation of patella in total knee arthroplasty
Simulation of the movement and pressure of the patella in total knee arthroplasty.
Biomechanical sensorization
Biomechanical sensorization.
Design and evaluation of exoskeletons
Design and evaluation of exoskeletons.
R&D&i center at your disposal
Count on our team and our contacts with experienced engineers, doctors, and professors for your future projects.
Flexibility
Define the project according to your needs and resources. Hire the services of a highly qualified team without the drawbacks of hiring personnel.
Competitive prices
Get in touch to learn about our personalized rates.
Experience in the biomechanics of human movement
2
Patents
+20
Journal papers
+50
Proceedings
+15
Years of experience
+10
Research projects
4
PhD theses
Ready to work together?
