The Robotic Third Hand is a 3D-Printed Hand Attachment That Holds Tools
Laura McQuarrie — April 2, 2015 — Tech
References: hackaday.io & 3ders.org
If you've ever found yourself in need of extra helping hand, this 3D-printed hand attachment might be of some use for the next time. Dubbed the Robotic Third Hand, this creation by engineer Timothy Giles was developed as an entry for the Hackaday Everyday Carry Contest.
The high-tech hand attachment is designed to hold tools like screwdrivers, so that they're more accessible than reaching for a table or toolbelt. The device is unobstructive enough to leave both sets of fingers free for handiwork, but when a screwdriver is needed, the wearer is able to press a button and have the tool placed in their hand. Although the device doesn't do any of the fixing itself, this 3D-printed attachment is a clever way to make sure that your tools are quite literally, always on hand.
The high-tech hand attachment is designed to hold tools like screwdrivers, so that they're more accessible than reaching for a table or toolbelt. The device is unobstructive enough to leave both sets of fingers free for handiwork, but when a screwdriver is needed, the wearer is able to press a button and have the tool placed in their hand. Although the device doesn't do any of the fixing itself, this 3D-printed attachment is a clever way to make sure that your tools are quite literally, always on hand.
Trend Themes
1. Robotic Prosthetics - Developing 3D-printed robotic attachments to assist individuals with physical impairments.
2. Wearable Robotics - Creating low-profile robot attachments that can be worn to augment human capabilities.
3. Automated Hand Tools - Designing tools with built-in automation for improved accessibility and efficiency.
Industry Implications
1. Manufacturing - Integrating automated processes using robotic tools to enhance production efficiency.
2. Healthcare - Creating advanced prosthetics and wearables using 3D printing technology to benefit individuals with physical disabilities.
3. Construction - Developing robotic attachments that can be worn to assist with tasks and reduce physical strain for construction workers.
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