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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.
For robot suppliers, the challenge is to help make robots as easy to use as possible, reducing the time and effort needed by end-users to be able to confidently deploy robotic automation on the factory floor. This solution removes the need for programming specialist resources that has always hindered the uptake of robots.
Learning Objectives As supply chains are disrupted, baby boomers age out and the need for general use products continues to grow, manufacturers are faced with producing more with less. Robust yet intuitive robot capability is effectively addressing these issues, boosting manufacturing output and product quality for optimal productivity gains.
Learning Objectives Explore what’s possible now in warehouse robotics and automation integration with a panel from The Robotics Group of MHI, at ProMat 2023. Understand robotic best practices, integration tips and lessons learned. Bill Vining, co-founder Robot Advisory Group. Bill Vining, co-founder Robot Advisory Group.
Researchers who created a soft robot that could navigate simple mazes without human or computer direction have now built on that work, creating a “brainless” soft robot that can navigate more complex and dynamic environments. “In As with the earlier version , the new soft robots are made of ribbon-like liquid crystal elastomers.
Robotics insights Engineers at CU Boulder have designed a miniature robot that weighs less than a ping-pong ball and can fit in a human’s hand. Right now, the machine has four legs, but its modular design could allow the team to build a spider-like robot with eight legs. Rady Department of Mechanical Engineering.
Sensors play a vital role with implementing Industrial Internet of Things (IIoT) solutions and act as the eyes, ears and fingers of the robots. When trying to simplify robot startups, sensor-level networks are imperative and there are several network types that can help with this process. Courtesy: CFE Media. Sensor-level networks.
Generative AI insights MIT researchers use generative AI, diffusion models, to efficiently solve complex packing problems for robots, enabling applications in diverse environments. Robots struggle with dense packing tasks, too.
Learning Objectives Learn applications of CNC, robotic welding and metal-forming processes at the Freedman Seating Co. See examples of manufacturing training at Jane Addams Resource Corp. Automated manufacturing insights Applications of CNC, robotic welding and metal-forming processes were described during a Freedman Seating Co.
Robotics insights Researchers have developed a machine-learning approach to make controlling a robot or autonomous vehicle more efficient and effective in dynamic environments. This could help robots and autonomous vehicles’ use be more widespread in environments where there are a lot of people or in tight quarters.
Learning Objectives Understand the advantages of an integrated robot, artificial intelligence and machine vision package to better enable robotic item picking. See robot integration with flexible motion platforms and how it might be used in applications. See related video. Courtesy: Mark T.
Robotics insights MIT CSAIL researchers have developed a four-legged robot called DribbleBot that can dribble a soccer ball the way a human can. This will be useful in making robots more dexterous and able to handle sensitive jobs in the future. Programming robots to play soccer has been an active research area for some time.
Robotics insights Startups like Farmwise are taking advantage of robots’ abilities to work without a break and handle large-scale tasks individually rather than having a fleet of people doing the same work. Last month, the company unveiled its newest robot, Vulcan, which is more lightweight and pulled by a tractor. “We
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. It would have been too challenging for a robot to make this transition because robots are tied to their usual tasks.
They are retiring or are working in places other than manufacturing plants. Manufacturers used to have a choice. How much is a robot” they would have asked in the past? Now manufacturers don’t have a choice. Automation and robots are their last hope of keeping that automation line working. I can’t hear you!
Researchers in Arkansas and two other states will be using a $5 million grant to increase use of artificial intelligence and robotics in chicken processing to reduce waste in deboning and detect pathogens. Robotic hands are not adept at holding a chicken, he said. Initially, people working remotely may help advance robotic processing.
Cybersecurity, analytics, integrating manufacturing execution systems (MES) and enterprise resource planning (ERP) systems and robotics to combat the labor shortage are among the key trends shaping the industry’s future.
Sensors developed for fitted face masks MIT researchers have developed a sensor to make it much easier to ensure a good face mask fit and it can be applied to any kind of mask.
Learning Objectives Motion control advances, robotics help warehousing, distribution centers and logistics in factories, as shown by ProMat 2023 exhibitors. Garret Place, business development, robotics perception at ifm efector, said manufacturing demand continues to outpace labor availability leading to more automation.
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.
Autonomous mobile robot insights Autonomous mobile robots are designed with built-in safety features that can carry large amounts of weight and are useful in logistics and warehousing operations. Building upon earlier versions, the company used autonomous mobile robots (AMRs) to replace all manual processes.
Robotics insights MIT researchers have developed a a pick-and-place robot with a gripper that grasps by reflex and can adapt if it fails to grasp an object the first time around. Looking to give robots a more nimble, human-like touch, MIT engineers have now developed a gripper that grasps by reflex.
Learning Objectives Understand how advances in PC-based controls, motion controls and robotics for food and packaging are making automation for food and beverage packaging easier to automate. seconds) and KR IonTec robot can help for food processing.
The researchers’ recent study, published in Science Robotics , details how this new breed of agents can adapt to significant distribution shifts, a long-standing challenge in the field. These networks can then extract crucial aspects of a task (i.e.,
It empowers engineers to program in the languages they know best or that best fit the application using IEC 61131-3 programming languages and object-oriented extensions, function blocks and computer science standards. Owens and Daboub also are working on custom robotics to fill the Singulator’s operator stations.
Pavilions are dedicated to 3D/additive manufacturing; finishing; forming & fabricating; METALFORM; robotics & industrial automation; tube & pipe; welding; and welding automation. A simple and widely relied upon joining technique, press fitting relies upon force and friction to hold two components together.
EtherCAT communications: One frame, many nodes Bob Trask: Early on in my career, I was working with a group of people at Sercos, and they were figuring out that SercosII was the best fit for what they were trying to do at the time. They weren’t even talking about a controller. Even 20 years ago, the weak link was communications.
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