EquipmentAvailable
Modular Adaptable Prosthetic Socket (MAPS)
University of Alberta
Modular Adaptable Prosthetic Socket system is used for Human-robot control strategy evaluation. The MAPS system is compatible with a variety of commercially available control and feedback devices and can be used by participants with either intact or amputated limbs. The modular design enables compatibility with novel devices (robotic or prosthetic hands) and quick reconfiguration of components.
Features:
3D printed adjustable parts
Suitable for humans with a minimum forearm length of 18 cm
Fits a Myo Armband and other Electromyography and forcemyography sensors
iSMART Institute
Research lab focused on advancing scientific knowledge and innovation.
II
ISmart Institute
Faculty of Science
University of Alberta
EquipmentAvailable
Modular Adaptable Prosthetic Socket (MAPS)
University of Alberta
Modular Adaptable Prosthetic Socket system is used for Human-robot control strategy evaluation. The MAPS system is compatible with a variety of commercially available control and feedback devices and can be used by participants with either intact or amputated limbs. The modular design enables compatibility with novel devices (robotic or prosthetic hands) and quick reconfiguration of components.
Features:
3D printed adjustable parts
Suitable for humans with a minimum forearm length of 18 cm
Fits a Myo Armband and other Electromyography and forcemyography sensors
iSMART Institute
Research lab focused on advancing scientific knowledge and innovation.
II
ISmart Institute
Faculty of Science
University of Alberta
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