device tag: hardware
OpenXstim – Open Source Transcutaneous Current Stimulator
This is a miniature transcutaneous electrical stimulator for non-invasive muscle and nerve stimulation.
Transcutaneous spinal cord stimulation (tSES), a non-invasive, spinal cord neuromodulation method holds tremendous promise and hope for the people with paralysis resultant of spinal cord injury (SCI) and other neurological conditions. Yet, there are not many options of such stimulation devices compared to other successful electrical stimulators, especially for most people with neurological injuries in the developing world. Hence, we have developed an open source programmable transcutaneous electrical stimulator (TES) to facilitate researchers to develop successful stimulation therapy for people with neurological conditions. Commonly available electronic components are being used in the stimulator so that it can be developed in places where availability is an issue. Total components cost is around $200!
Comments closedStandingWheelchair – An open design of a manual standing wheelchair for people with paralysis
Regular standing using an assistive device after paralysing spinal cord injury (SCI) has numerous benefits including improved cardiovascular health, increased muscle mass and bone strength, and avoiding life threatening conditions such as pressure ulcer. It also significantly improves self-esteem and psychological health.
Current standing wheelchairs, however, are too expensive for most SCI individuals. Hence, we have developed an open source standing wheelchair to improve the life of people with paralysis in low- and middle-income (LMI) settings. Careful considerations were given to simplify the design to avoid complex manufacturing process. It costs only around $166 in a LMI country to develop this standing wheelchair!
https://openmedtech-lab.github.io/#OpenXwheel
GitHub repo: https://github.com/OpenMedTech-Lab/OpenXwheel
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