The 'DEX' Autonomous Robot Concept Easily Handles Boxes and More
Michael Hemsworth — November 4, 2022 — Tech
References: yankodesign
The future of factory and warehouse management is expected to include ample automation, which is something the 'DEX' autonomous robot concept is designed to imagine.
Designed by Schaeffler (Singapore) Pte. Ltd., the Dual EXtendable (DEX) robot has wheel-mounted legs ready to handle the rigors of the factory floor. The scissor-style extendability means the robot could easily rise and lower according to the needs of the environment.
The designers behind the 'DEX' autonomous robot concept spoke on the unit saying, "DEX has a seamless way of understanding both non-verbal and verbal communication. With other robots, they work collectively to reduce the strain on workers. DEX can also be controlled using hand gestures and voice commands, thereby reducing the complexity of interacting with robots.”
Designed by Schaeffler (Singapore) Pte. Ltd., the Dual EXtendable (DEX) robot has wheel-mounted legs ready to handle the rigors of the factory floor. The scissor-style extendability means the robot could easily rise and lower according to the needs of the environment.
The designers behind the 'DEX' autonomous robot concept spoke on the unit saying, "DEX has a seamless way of understanding both non-verbal and verbal communication. With other robots, they work collectively to reduce the strain on workers. DEX can also be controlled using hand gestures and voice commands, thereby reducing the complexity of interacting with robots.”
Trend Themes
1. Factory Automation - Automation of factories and warehouses is expected to increase, disrupting traditional workflows and increasing efficiency.
2. Autonomous Robotics - Autonomous robots like the 'DEX' concept will be increasingly employed in factory and warehouse settings, reducing the need for human labor in certain areas.
3. Human-robot Interaction - Improved interfaces for interacting with robots using hand gestures and voice commands present an opportunity for disruptive innovation.
Industry Implications
1. Manufacturing - The 'DEX' autonomous robot concept has the potential to revolutionize the manufacturing industry by optimizing factory workflows and reducing the need for human labor in some areas.
2. Logistics - Autonomous robots like the 'DEX' concept have applications in logistics, where they can move and sort packages with high efficiency.
3. Robotics - The development of advanced human-robot interfaces like those used in the 'DEX' concept will drive innovation in the robotics industry as automation becomes increasingly prevalent.
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