Tag Archives: Used fanuc robots

TOTAL COST OF OWNERSHIP: KUKA ROBOTICS’ APPROACH TO ASSESSING THE VALUE OF ROBOTS

Kevin Gavin of KUKA Robotics Corporation says: “Calculating the total life cycle cost of a piece of equipment, such as a robot, is an effective approach that takes into consideration not only the initial cost, but also the production throughput and all costs associated with maintaining the robot to calculate its true cost. Gavin suggests

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YASKAWA LAUNCHES MOTOPICK 4 SOFTWARE TO BUILD PALLETS QUICKLY AND EFFICIENTLY WITH ROBOTS

Yaskawa, one of the leading companies in the industrial robotics sector, has unveiled its new Motopick 4 software, which makes creating and optimising robot palletising patterns simple and accurate. The software is compatible with the YRC1000 and YRC1000micro robot controllers, which are the most advanced and compact in Yaskawa’s range. The software offers an intuitive

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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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KR CYBERTECH NANO AND KUKA’S KR IONTEC INDUSTRIAL ROBOTS SHOWCASE THEIR ADVANCES WITH EFFECTIVE SOLUTIONS AT PROMAT 2023

During the ProMat 2023 manufacturing, distribution and supply chain equipment and systems event in Chicago, KUKA Robotics demonstrated the ability of its KR CYBERTECH Nano robot to efficiently retrieve products from boxes or containers within a holding cell. The robotics is used in the bin picking cell to detect components to be removed using machine

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NEW KUKA KR FORTEC ULTRA SERIES IS COMPACT, POWERFUL AND LIGHTWEIGHT

To meet the growing demands of the electromobility industry, Kuka has introduced a new line of Fortec industrial robot arms. The KR Fortec ultra family, prepared for high payloads and moments of inertia, has set new benchmarks in the heavy payload range from 480 kg to 800 kg. Each of the five robot variants of

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FANUC WORKS WITH SUPSI TO OPTIMISE HUMAN-ROBOT CONNECTION

FANUC is promoting the creation of a comprehensive robot for use in the workplace. A robotic platform that enables genuine social collaboration between people and robots is what the EU-funded research project “Fluently” aims to build. The objectives of the three-year project include the creation of a specialised training facility called ‘Fluently RoboGym’, as well

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DEVELOPMENT OF INTELLIGENT AUTOMATION WITH KUKA ROBOTICS AND NOKIA COMMUNICATIONS TECHNOLOGY FOR 5G PRIVATE WIRELESS CONNECTIVITY

With its intelligent production and research centre in Augsburg, KUKA aims to introduce 5G autonomous private wireless networks, intelligent robots and automation technologies. The campus networking and application platform for Nokia’s Digital Automation Cloud (DAC) will start supporting product development immediately. The most significant advance in industrial networks is 5G, which should be widely available

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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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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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