Tag Archives: used welding robots

ROBOTIC AUTOMATION IS NOW MORE FLEXIBLE THANKS TO THE COMPATIBILITY OF MICROPSI INDUSTRIES’ IA MIRAI SOFTWARE

FANUC customers can upgrade their robots, in particular the CRX series, with useful hand-eye coordination thanks to compatibility. Factory automation and industrial robots FANUC customers can upgrade their robots, in particular the CRX series, with useful hand-eye coordination thanks to compatibility. In Japan, MIRAI, together with its US subsidiary FANUC America, is a leading supplier

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PALLETISING WITH THE NEW YASKAWA PL800 SERIES

The PL800 is a versatile and powerful 4-axis robot that offers high performance in palletising applications and many other logistics applications for automation and end-of-line packaging options. The North and South American markets for the Yaskawa Motoman PL800 palletising robot are now open. The robot has been created for “palletising applications, layer picking and other

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NEW TRANSFORMATION-BASED APPROACH TO CALCULATING ROI FOR ROBOTICS AND AUTOMATION BY FANUC

How can you convince management that using robots and automation to solve a production problem is the best option? When you show a quick return on investment based on financial metrics and benchmarks, you’re sure to get their attention. By working with the right automation supplier, you’ll be prepared to discuss both the financial benefits

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ADVANCED VISION-BASED AUTOMATION FROM KUKA ROBOBUSINES AT VISION SHOW 2022

Two automated cells from KUKA Robotics were brought to The Vision Show, where they showcased automated mobility with one being used for automated mobility and the other for container collection. The public was able to see a transportable robotic solution created in collaboration with the world’s largest semiconductor manufacturers. They will also be able to

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ROBOTIC AND DIGITAL SOLUTIONS FOR ARC WELDING AND PICK&PLACE APPLICATIONS, METAL INDUSTRY AT THE METALMADRID EXHIBITION

ABB‘s latest collaborative robot, the GoFaTM 15000, will be on live display in a cell with two other cobots, performing both an arc welding application and a collaborative part picking application. By combining the cobot’s simple programming, welding software and 3D machine vision, we can create a welding island tailored to the demands of those

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FACTORS IN THE APPLICATION OF ROBOT MATERIAL HANDLING WITH YASKAWA MOTOMAN ROBOTS

Between 2021 and 2026, the automated material handling equipment market is forecast to grow at a steady 12.0% CAGR. Manufacturers are using cheaper, more adaptable and agile robots to meet demanding requirements and remain competitive in the face of the global pandemic and beyond. This is especially true for applications involving material handling, such as

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ROBOT PROGRAMMING

The vast majority of jobs still require manual programming, although new offline robot programming tools are evolving and becoming more widely used. The industry standard for CNC machine programming is to employ robust, easy-to-use offline software. As a result, overall manufacturing costs have been reduced, accuracy has improved, machine downtime has been reduced, more complex

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US COMPANIES WANT TO INVEST IN ROBOTS, ACCORDING TO ABB

Numerous statistics suggest that the majority of companies in a variety of sectors intend to increase their use of automation and robots. Seventy per cent of US companies are planning changes to their operations, with 37% planning to bring production back in-house and 33% looking to offshore and move their operations closer to home. ABB’s

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ROBOTIC BLACKSMITHING

The production of high-quality structural elements can undergo a revolution thanks to “robotic blacksmithing“. Metamorphic production combines the precision and control of machines and robotic systems with the gradual deformation of a blacksmith. A group of undergraduate students at Ohio State University demonstrated the fundamental idea of robotic blacksmithing, formally known as metamorphic manufacturing, in

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ADDITIVE MANUFACTURING OF CONCRETE ELEMENTS BY ROBOTS (COEBRO)

The Graz University of Technology (TU Graz) in Austria is working on a project investigating the development of 3D printed concrete parts for construction. The project on additive manufacturing of concrete elements using robots (COEBRO) is investigating resource efficiency in the use of concrete with 3D printing. A multidisciplinary team of architects, engineers and materials

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