Abstract
Myoelectric prosthetic hands with powered multi-articulating fingers offer users the
promise of increased functional grasp options, previously unavailable in a myoelectric
prosthetic hand. We take a comparison look at two multi-articulating myoelectric prosthetic
hand systems, the bebionic v2 from RSLSteeper and the i-LIMB Pulse from Touch Bionics,
Inc.
These myoelectric prosthetic hands are categorically the same design, given that each
hand has five multi-articulating powered fingers, including a thumb that can also
be passively positioned in an opposed or non-opposed manner. By taking a closer look
at each system, it is apparent that there are some unique features that differentiate
these prosthetic hands. This comparison will focus on discussing the prosthetic hand
features including available grip patterns, functional programming, graphic user interface,
component compatibility, available load testing/grip force summary, battery options,
glove options and sizing. In conclusion, the participant reader will have a better
overall understanding of these systems and be better prepared to make a component
decision regarding the desired clinical outcome for their clients.
Citation
Proceedings of the MEC'11 conference, UNB; 2011.
Works are deposited here by their authors, and
represent their research and opinions, not that of Duke University. Some materials
and descriptions may include offensive content.
More info