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…chains? With advances in perception, manipulation, and mobility, groups of robots can increasingly do the heavy lifting in warehouses, fulfillment centers, and distribution centers. Here are some noteworthy examples of how robots can provide returns on investment: Picking and packing: Robots can now pick items from shelves, package them, and take them to the parking lot. FANUC, which claims to…
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Precise, fast, and flexible robotic manipulation of variable items has been a challenge for automated order fulfillment. Artificial intelligence startups are working to enable more autonomous handling. Embodied Intelligence Inc., which does business as Covariant, yesterday said it has raised $80 million in Series C funding. The Berkeley, Calif.-based company said it will use the money to continue its robotics…
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…will also change as robotic manipulation improves, said respondents. “There are quite specific challenges in picking groceries compared to normal item picking,” stated Fizyr. “You often have closely stacked items that can stick to each other.” “Secondly, some of the of the materials are reflective, and it can be like looking into a mirror sometimes,” it said. “There’s also transparent…
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…leading developer of intelligent mobile manipulation systems, today marked its 20th year in business with the launch of its newest robotic arm, the RE2 Sapien 6M. “We are incredibly proud of the success we have achieved over the past 20 years here in Pittsburgh,” stated Jorgen Pedersen, president and CEO of RE2 Robotics. “From Day 1, we have been focused…
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…spinout that develops intelligent mobile manipulation systems. The company says it helps organizations across multiple markets improve worker safety, productivity, and efficiency through the use of robotics. RE2 Robotics added that it is committed to creating manipulator arms with human-like performance, intuitive robot interfaces, and advanced autonomy capabilities for use in any environment. Its RE2 Sapien robot arms are able…
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…processing, household automation, and surgical manipulation. At the 2021 Robotics: Science and Systems Conference (RSS), researchers from NVIDIA Corp. and the University of Southern California presented DiSECt, which they described as the first differentiable simulator for cutting soft materials. The researchers said DiSECt can accurately predict the forces acting on a knife as it presses and slices through natural soft…
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…AI-powered machine vision, grasping, and manipulation algorithms to handle a range of merchandise, including deformable items such as polybags. It can identify items to pick, place, and sort into complete customer orders. The company noted that its SORT pick-and-place robots use CORE with AutoGrasp. In addition, Kindred said it uses reinforcement learning and human-in-the-loop data methodology to continuously improve robot…
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…touch is essential for human-level manipulation. RasLabs originally developed its electroactive polymer with the intention of using it for actuation, said Peter Vicars, CEO of the MassRobotics resident in Boston. “It can change shape with low voltage—12 to 15 volts—by 35%, and there's also an enormous attenuation of force,” he said. “With the smart material, we can make a sensor…
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…developers working on navigation and manipulation is the need for good data for machine learning. For applications in warehouses to factories and fields, roboticists rely on simulation to accelerate testing and address potential edge cases. NVIDIA Corp. today announced the open beta of its Isaac Sim engine, which includes several new features. Isaac Sim, which is built on NVIDIA's Omniverse…
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…perform highly maneuverable and dexterous manipulations. This could enable applications in biomedicine and manufacturing, they said this week. The team of scientists created the miniature robots by embedding magnetic microparticles into biocompatible polymers—non-toxic materials that are harmless to humans. The robots are “programmed” to execute their desired functionalities when magnetic fields are applied. The robots improve on many existing small-scale…
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…which include perception systems, mobile manipulation, and automation process development. SwRI launched the Robot Operating System-Industrial (ROS-I) open-source project. ROS-I is now a global initiative steered by a global consortium, and it includes innovative software capabilities and applications for industry based on foundational open-source building blocks. Headquartered in San Antonio, SwRI is an independent, nonprofit, applied R&D organization. More than…
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…Institute Punyo offers flexible robot manipulation Building on recently published work, the Punyo project is changing the mechanics of robot manipulation and contact with the world, claimed the institute. Most robots today are hard to the touch and use rigid grippers, but TRI said its air-filled, elastic bubble design provides greater flexibility and better grasping. When combined with cameras on…
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…solve the networking problems and manipulation challenges.” “Since we can't expect robots to be online 100% of the time, we have to provide missions and be prepared for exceptions,” he added. “The architecture has to be very distributed, between the server, the edge, or on the device. With IoT [the Internet of Things] and the cloud, we're getting to the…
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…on autonomous decision-making, developed robotic manipulation to aid people with disabilities, and founded a company serving children with special needs. She has also been a senior researcher at the National Aeronautics and Space Administration's Jet Propulsion Laboratory (NASA JPL) and is academic co-lead of Black in Robotics. “Ayanna Howard is a trailblazer in vital research areas, including topics such as…
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…in computer vision and robot manipulation. Jared Glover, CEO of CapSen Robotics. Source: ARM Institute Prior to that, Glover completed his B.S. in computer science from Carnegie Mellon University, where he led a team developing robotic walkers. He has 20 years of research experience in robotics and computer vision and more than 500 paper citations. Glover is also on the…
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