The i-Limb Ultra Revolution is an Amazingly Advanced Prosthetic Device
Rahul Kalvapalle — May 17, 2014 — Lifestyle
References: touchbionics & gizmag
The i-limb Ultra Revolution is described by developer Touch Bionics as ""the most advanced and versatile prosthesis available," claiming that it "offers more dexterity and moves more like a natural hand than any other powered prosthetic hand."
The i-limb Ultra Revolution allows users to program different kinds of grip types triggered by different muscle movements. This is made possible by the incorporation of 'grip chips,' Bluetooth-enabled devices that can be attached to objects and trigger a pre-programmed grip configuration when detected by the device. For example, a Grip Chip can be attached to a computer keyboard to initiate a grip pattern suitable for typing.
The i-limb Ultra Revolution comes with accompanying iOS and Android apps, while the device itself has a conductive surface that enables it to be used with touch-screen devices.
The i-limb Ultra Revolution allows users to program different kinds of grip types triggered by different muscle movements. This is made possible by the incorporation of 'grip chips,' Bluetooth-enabled devices that can be attached to objects and trigger a pre-programmed grip configuration when detected by the device. For example, a Grip Chip can be attached to a computer keyboard to initiate a grip pattern suitable for typing.
The i-limb Ultra Revolution comes with accompanying iOS and Android apps, while the device itself has a conductive surface that enables it to be used with touch-screen devices.
Trend Themes
1. Advanced Prosthetics - The development of advanced prosthetic technology is disrupting the traditional limb replacement industry by providing more dexterity and mobility than ever before.
2. Smart Prosthetics - The integration of technology, such as Bluetooth and touch-screen compatibility, into prosthetic limbs is creating disruptive innovation opportunities for smart prosthetics.
3. Personalized Prosthetics - The ability for users to program different types of grip patterns and movements into their prosthetic limbs is disrupting the one-size-fits-all approach to traditional prosthetics.
Industry Implications
1. Healthcare - Advanced prosthetic technology and the integration of smart technology into prosthetic limbs are disrupting the traditional healthcare industry by providing a more personalized approach to limb replacement.
2. Technology - Smart prosthetics are disrupting the technology industry by merging traditional prosthetic technology with advanced technological capabilities such as Bluetooth and touch-screen compatibility.
3. Manufacturing - The development of personalized prosthetic technology is shaking up the manufacturing industry by requiring new production processes and the ability to create customized prosthetic limbs for each individual user.
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