Previous Ads
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Martin Bionics' Configuration X
Configuration X is the biggest advancement since the Socket-less Socket. The microadjustable Femoral Lock Pad captures limb control like never before. Socket-Soft converts limb measurements to a pre-fit socket.
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Martin Bionics Socket Soft™
Measure, micro-adjust, and deliver. Socket-Soft converts simple limb measurements to a pre-fit socket. Simply micro-adjust for a customized fit.
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Martin Bionics - Medicare-approved
The Medicare-approved Socket-less Socket means the end of rigid sockets. The SwingBrim is the end of rigid brims. It has the same dynamic brim comfort as the full Socket-less Socket but for conventional sockets.
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Martin Bionics SwingBrim™
The SwingBrim: Now the same dynamic brim comfort as the full Socket-less Socket but for conventional sockets. It replaces existing rigid brims and eliminates point-specific ischial loading.
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Martin Bionics Socket-less Socket™
No more static socket shape. No more rigid ischial seat. No more hard brim. The Socket-less Socket truly conforms to the user, providing a custom-fit socket every time you put it on.
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Martin Bionics
The Socket-less Socket Transfemoral means the end of rigid sockets. Introducing a new generation of sockets, redesigned from the ground up. Free training at www.martinbionics.com.
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Martin Bionics
Introducing the pediatric-size Socket-less Socket Transfemoral Kids. It’s a huge advancement for small users. Free training on our website.
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Martin Bionics
Introducing a new generation of sockets, re-invented from the ground up: The Socket-less Socket Transfemoral.
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Introducing a new generation of sockets, re-invented from the ground up: The Socket-less Socket Transfemoral.
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The all new Generation 3 fabric shoulder socket is incredibly lightweight, breathable, and low-profile. Its compliant fabric-based socket eliminates point pressures and maintains consistent electrode contact and 360° control.
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Ads 1 - 10 of 11, Next
Martin Bionics Innovations creates bionic-inspired designs that advance the human experience. With a focus on advanced socket interface designs, our technologies re-defines user experience for hip disarticulation and shoulder disarticulation level amputees.
