Tag Archives: Robotic Generation

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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COLLABORATIVE ROBOT KUKA SEALER AT FORD PLANT

The sealants are applied at Ford via a KUKA LBR iiwa cobot. Without the requirement for safety fences, it works alongside human workers and provides relief during the work process. Workers at Ford’s Cologne plant benefit from the adaptability, sensitivity and learning ability of the lightweight KUKA LBR iiwa robot. According to Michael Koch, production

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THE SEVENTH AXIS IN THE INDUSTRIAL ROBOT

Having the potential to increase profits for producers around the world, the “Seventh Axis” is a phenomenon in the field of robotic automation. Robotics is seeing an increase in the use of “linear tracks”. A linear transfer system known as a seventh axis is used to move robots along another linear (or seventh) axis. These

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FRICTION STIR WELDING WITH KUKA SYSTEMS

A solid-state joining technique called friction stir welding creates full contact joints with exceptional integrity. There is no need for external filler materials, flux or shielding gases for friction stir welding. All in-process control and quality control is automated, the process is fully repeatable and machine controlled. How does it work? When two workpieces rotate

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ABB OMNIVANCE FLEXARC COMPACT WELDING SYSTEM

To help companies address the welder shortage, ABB has introduced OmniVance FlexArc Compact, a new, more compact welding system with greater flexibility, simplicity and better integration. This revolutionary system helps fabricators maximise space because it occupies the smallest footprint in its class. It also allows flexibility because it can accommodate up to four additional robots

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YASKAWA MOTOMAN GP70L MULTI-PURPOSE ROBOT

It is characterised by its “high speed and handling of large and heavy payloads”. The Yaskawa Motoman GP70L extended reach robot is highly adaptable and provides fast and robust performance for a variety of applications. This model is suitable for logistics processes, such as palletising and depalletising, because of its reach, speed and payload capacity.

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DIGITAL AND AUTOMATION INNOVATIONS FOR INDUSTRY

Through the monitoring of important assets and the elimination of repetitive and routine tasks, the integration of operational technology (OT) and information technology (IT) has helped companies to better regulate their operations. Traditionally, IT and OT have been created independently, making it impossible to use operations and production data for better workflow optimisation and well-planned

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CENTRECODE CASE STUDY FOR UNIVERSAL ROBOTS

Universal Robots‘ goal is to increase access to industrial robot technology for small and medium-sized enterprises. As of 2020, Universal Robots will have more than 700 employees worldwide and an annual turnover of more than $200 million, making it the market leader in the production of flexible collaborative robot equipment. Three Danish engineers started it

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VISION AND FORCE CONTROL TECHNOLOGIES, FANUC

Industrial robots are constantly being upgraded and improved as technology advances tremendously as we move forward in the automation industry. Force sensing and robot vision are combined in industrial robots to generate haptic intelligence. These procedures are continually being improved by manufacturers, who also manage to raise production quality while reducing prices. FANUC force sensors

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CURRENT DEVELOPMENTS IN THE APPLICATION OF ROBOTIC WELDING IN MANUFACTURING

Robotic welding innovations have had many beneficial effects on production. Welding settings can be monitored and improved without any downtime with the appropriate hardware and software. Modern welding processes now offer flexibility and productivity thanks to advanced automation and programming capabilities. Robotic welding is now commonly used in production contexts due to today’s sophisticated computational

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