Tag Archives: Purchasing a Used Robot

CASE STUDY OF FANUC AND CYAN TEC WITH ROBOTIC LASER CUTTING CELL

FANUC supplied an industrial-scale laser cutting cell ordered by the UK’s Manufacturing Technology Centre (MTC) using a range of automated systems. The demonstration cell includes a 12 m x 4 m cutting table, a six-axis robot, a computer numerical control (CNC) system for the flatbed table and laser, all housed in a laser safe enclosure.

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TRENDS WITH INDUSTRIAL ROBOTS IN 2023

From automating monotonous activities to performing sophisticated and precise procedures, industrial robots have completely changed the way manufacturing and production processes are carried out in various industries. They are much more adaptable and efficient as technology advances, as their capabilities are constantly increasing. This article describes the 5 most important industrial robots to know about

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THE POTENTIAL OF ROBOTS AND ROBOTICS

Robots used in manufacturing and other industrial contexts perform monotonous, dangerous or overly precise activities that humans find difficult or disruptive. They can be programmed to perform a wide range of functions, such as welding, painting, assembly and material handling. Their ability to work efficiently and continuously without tiring or making mistakes is their greatest

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NEW MERGER ANNOUNCED BETWEEN RAPID ROBOTICS AND YASKAWA AMERICA, INC.

Yaskawa America, Inc.’s Motoman robotics division (Yaskawa Motoman) and Rapid Robotics have announced a new combination to enhance the industrial capabilities of the Rapid Machine Operator (RMO). As a result, RMO will be able to meet the diverse demands of North American manufacturers by offering increased speed, payload capacity and performance. Rapid Robotics has sought

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PREVENTIVE MEASURES, OCCUPATIONAL SAFETY AND HEALTH STANDARDS IN THE USE OF ROBOTS

According to the IFR’s World Robotics 2021 Industrial Robots study, there are more than three million industrial robots in use in factories around the world. By 2020, Spain will have 3,400 new robot installations globally, out of a total of 384,000 units supplied. By 2021, 12,000 industrial robots were deployed in agriculture and the food

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A ROBOTIC ARM CREATED BY 3D PRINTING

The MX3D robot arm has been designed by Altair engineers, 3D printed and serves as a spare part for an ABB robot. The large-scale optimised part was first presented to the public back in November 2019, just before its installation. After a pause in the project due to the crown crisis, the installation has now

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PLASTIC INJECTION MOULDING INDUSTRY

Typically, a gantry-type (also known as Cartesian, linear or transverse) top-mounted three-axis robot is used to demould injection moulded parts. Pick-and-place automation is commonly used to demould injection moulded parts. According to Fanuc Robotics programme manager for the plastics industry, Joseph Portelli, the demand for part orientation capability is increasing. However, today’s moulders are looking

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WITH THE INDUSTRIAL ROBOT HORST, FRUITCORE ROBOTICS BRINGS DYNAMISM TO THE ROBOTICS SECTOR

Constance, Germany-based startup Fruitcore Robotics has announced a €23 million Series B funding round for its industrial robotics and automation business. A robust, affordable and easy-to-use industrial robot. With this seemingly simple business concept, German robotics company fruitcore robotics is invigorating the robotics sector. These intelligent and ingenious technical aspects make this exceptional price-performance ratio

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SKYLINE ROBOTICS AND KUKA ROBOTICS DESIGN SOLUTION TO CLEAN SKYSCRAPER WINDOWS

Skyline Robotics (a company that, with the help of robotics, software engineering and mechatronics, brings together a group of creative programmers who have a shared vision of a day when robots help people with everyday tasks and employment) created “Ozmo”, a technology that combines an industrial robot, a computer vision system, artificial intelligence (AI) and

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A SOLUTION FOR TWO ROBOTIC MATERIAL REMOVAL OPERATIONS DESIGNED BY CARNEGIE MELLON ROBOTICS INSTITUTE ENGINEERS

Gate grinding, filing, polishing and other material removal operations rely substantially on physical labour and require skill and experience to perform correctly. These tasks seem difficult to automate due to their complexity and subtlety, according to a paper from ATI Industrial Automation. Removing material from curved, rounded or irregular surfaces presents several process difficulties that

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