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Five robot trends for 2023

Control Engineering

Robot insights The International Federation of Robotics highlights several trends on the robotics industry and where the future lies. Robots continue to grow in manufacturing and non-manufacturing operations. The adoption of robotics helps to lower energy consumption in manufacturing.

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AMRs and AMVs Create Safer Surroundings and Adjust Workflows Quickly

Fabricating & Metal Work

The integration of AI into autonomous mobile robots (AMRs) provides room to maneuver when it comes to transporting components and products between the different stages of production. Earlier this year, ABB’s (Ann Arbor, MI) Marc Segura, who is president of the ABB Robotics Division, commented on the new frontiers for robotics and AI in 2024.

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Robot workers can help humans in manufacturing jobs

Control Engineering

Robotics Insights. Robots are being used more often in manufacturing applications to handle dull, dirty and dangerous tasks and make them more automated. If used well, robots and humans can work together and humans are given the freedom to perform tasks that are more fulfilling. That’s our goal.”.

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Robot platform designed to develop range of semiconductor materials

Control Engineering

Researchers have created a robot capable of conducting experiments more efficiently and sustainably to develop a range of new semiconductor materials with desirable attributes. The post Robot platform designed to develop range of semiconductor materials appeared first on Control Engineering.

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Four manufacturing applications that benefit from under-rider AMRs

Control Engineering

Learning Objectives Understand how autonomous mobile robots (AMRs) can help manufacturers. AMR insights Autonomous mobile robots (AMRs) can play a key role in manufacturing because of their name: They’re autonomous and do not require constant human intervention the way an automated guided vehicle (AGV) would.

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Helping assembly-line robots pick up objects

Control Engineering

Robotics Insights. Improving robots’ ability to grip and handle objects has been a major challenge for manufacturers because it limits what they can do on the plant floor. To make this switch possible, these companies relied on people working on an assembly line. Courtesy: University of Washington. “We

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Cameras give industrial vision-guided robots human-like functions

Control Engineering

Vision-guided robot (VGR) insights. Vision-guided robot (VGR) technology has grown thanks to advanced in RGBD cameras, which allow the robot to accurately acquire 3D models. VGRs also are more flexible than traditional robots and the vision systems can make them safer, as well. Flexibility is another benefit of VGRs.