The main advantage of having lightweight EOAT is the ability to handle the objects while not adding much weight to the end of the robot arm. This enables using smaller robots/machines as all their power can be utilized to handle the food products.
While traditional robotics systems have successfully served the food sector for many years in palletizing (and some packaging) applications, it is only in recent years that it has become possible for robots to handle delicate food items directly.
Imagine if you could harness the same static cling to handle a material as fragile as an egg, as flimsy as soft fabric - or to assemble the uppers of Nike trainers at 20 times the pace of a human worker.
To increase productivity in production, more and more companies are deciding to link and automate their machine tools. The right automation system is crucial here. Robots and the appropriate gripping technology play an important role here.
Under the specifications of renowned German car manufacturers, EFS developed a demand-oriented, partially automated handling device for car door installation and removal based on an electrical system.
A foundry, making different car suspension parts, was using a gripper with a dust cover to grind and deburr parts out of a press. They were having issues with the gripper and getting debris in the guideways and not being able to actuate the gripper.
The array of gripper choices in the automotive, pharmaceutical and electronics and industries for pick-and-place automation systems are numerous. The many gripper styles - all of which have their own size, method of operation, and level of human interaction - is daunting.
On the Automation side of our business we've given more of our booth space to robotic end-of-arm tools demonstrating both industrial palletizing and collaborative applications, using our fast growing line of Cobot grippers and pumps. Booth #6319
More flexible materials are necessary for safer collaborative work alongside humans and delicate tasks usually performed by humans, such as picking fruit and vegetables or performing minor surgeries.
Robots aren't always given a favorable representation in pop culture. In Stanley Kubrick's 2001: A Space Odyssey (1968), homicidal supercomputer HAL 9000 demonstrates how a robot could conspire against its human colleagues.
FT-Produktion Boosts Output Capacity Without Adding Personnel by Employing Combination of Collaborative Robots and Robot Grippers
"We chose a combination of solutions from OnRobot, Universal Robots, and EasyRobotics because they are easy to program, and the investment will pay for itself in just nine months. It's one of the best business decisions we've ever made."
UB engineers develop a dynamic gripper that mimics the adjustable grip of a human hand, an advancement that could improve industrial safety
This Honeywell Intelligrated white paper examines the specific labor, operational and technological challenges on the loading docks of distribution centers (DCs), and introduces a new solution to help deliver the performance modern supply chains require.
The NEW Collaborative Robot Vacuum Tool (CRVT) from Bimba adds unparalleled flexibility to your collaborative robot. The standard CRVT is highly configurable to meet your application needs, but simple to install and operate.
Manufacturers have the choice of robotic grippers, depending on the handling application and the type of material that is being used. There are four basic types of robotic grippers: vacuum grippers, pneumatic grippers, hydraulic grippers and servo-electric grippers.
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DENSO is the world's largest manufacturer - and user - of small assembly robots, employing over 17,000 of its robots in its own facilities. Over 77,000 additional DENSO robots are used by other companies worldwide. The compact, high-speed robots are used in traditional manufacturing sectors, as well as in advanced-technology applications in the medical, pharmaceutical and life sciences industries. Learn more about DENSO Robotics