In response to customer feedback, it has been re-engineered for greater usability, functionality, and reliability. Visit https://humotech.comproducts#control to learn more. #Caplex #Simulink #MadeInPGH
The effects of prosthesis inversion/eversion stiffness on balance-related variability during level walking: a pilot study
Kim M, Lyness H, Chen T, Collins SH. (2020) Journal of Biomechanical Engineering.
@UNOmaha developed a system using #Caplex that applies precisely-controlled forward linear impulses to the center of mass during walking
Our friends at … (up to ~15% bodyweight). Looking forward to future #biomechanics studies and new #rehabilitation approaches! #AssistiveTech Learn more in this recently published article in @TNSRE1: https://ieeexplore.ieee.org/document/9078836
Improving the energy economy of human running with powered and unpowered ankle exoskeleton assistance
Witte KA, Fiers P, Sheets-Singer AL, Collins SH. (2020) Science Robotics.
Characterizing the Comfort Limits of Applied Forces To Inform Exosuit Design
Exoskeleton Report — Technology
Characterizing the comfort limits of forces applied to the shoulders, thigh and shank to inform exosuit design
Yandell MB, Ziemnicki DM, McDonald KA, Zelik KE. (2020) PLoS One.
Humotech Caplex PRO-002 prosthetic foot emulator testing
Caplex PRO-002 prosthetic foot being tested by an individual with unilateral transtibial amputation at Humotech HQ February 2020.
Humotech Portable Caplex System Prototype (2020) with Bilateral EXO-005s
At Humotech, we build wearable robotic systems that interact with humans as they move. We work with research and development groups to accelerate innovation, and discover new ways of helping people. Our typical system uses standard actuators, but we want people to be able to go outside. Which is why we made the backpack. Here […]
Academic Startup Humotech Turns Wearable Device into Commercial Product
Mathworks — User Story