Artificial Intelligence (AI) Archives - Page 2 of 40

ROBOROBOTS IN PRECISION AGRICULTURE: ACCESSIBLE TECHNOLOGY WITH REFURBISHED UNITSTS IN PRECISION AGRICULTURE: ACCESSIBLE TECHNOLOGY WITH REFURBISHED UNITS

By DanielaNovember 14, 2025ROBOTS IN PRECISION AGRICULTURE: ACCESSIBLE TECHNOLOGY WITH REFURBISHED UNITSadvanced technology, agri-business, Agricultural Robotics, Artificial Intelligence (AI), automation, certification, Cost reduction, efficiency, Eurobots, Global Robot Expo, greenhouse, Industrial Robots are the Light of the Future, packaging, palletising, precision agriculture, refurbished industrial robots, robots, Robots future, ROI, sorting, Special Offers used robots, sustainability, The 4th Industrial Revolution, Used fanuc robots

Modern agriculture faces a challenge: producing more with fewer personnel and ever-increasing costs. Automation has become a necessity, not a luxury. However, many producers—especially medium and small ones—believe that bringing robotics to the field is beyond their reach. The reality is different: refurbished industrial robots are opening a new era for precision agriculture, offering advanced,

FANUC M-710iC/50: A Medium Payload Robot Serving Industrial Flexibility

By DanielaNovember 10, 2025FANUC M-710iC/50: A Medium Payload Robot Serving Industrial FlexibilityABB, Artificial Intelligence (AI), efficiency, Fanuc, flexibility, industry 4.0, invest in robotics, IoT, m710, medium payload, precision, production optimisation, Purchasing a Used Robot, refurbished robots, Robot Integration, Robotic arc welding, Robotic automation, ROBOTICS IS AN OPPORTUNITY, speed, URT

In the world of industrial automation, medium-payload robots represent an ideal balance between strength and agility. Among them, the FANUC M-710iC/50 has established itself as a reliable solution for processes that demand precision, speed, and adaptability. Supported by URT, this model remains a competitive alternative for companies seeking to optimize their operations with a cost-effective

AUTOMATING RECYCLING: RECONDITIONED ROBOTICS AT THE SERVICE OF THE CIRCULAR ECONOMY

By DanielaOctober 29, 2025AUTOMATING RECYCLING: RECONDITIONED ROBOTICS AT THE SERVICE OF THE CIRCULAR ECONOMYArtificial Intelligence (AI), Circular Economy, Cost reduction, environmental impact, Industrial Automation, industrial revolution, Innovation, recycling, refurbished robotics, ROBOTICS IS AN OPPORTUNITY, robots, Robots future, ROI, SME accessibility, Special Offers used robots, sustainability, The 4th Industrial Revolution, use abb robots, Used fanuc robots, used industrial robots, used of robots, used robots, used welding robots, YASKAWA

Industrial recycling is undergoing a quiet but profound transformation. Until recently, the separation and processing of materials largely relied on traditional manual or mechanical methods. Today, thanks to robotics, these tasks are becoming automated, increasing efficiency and reducing workplace risks. What is truly innovative, however, is that much of this automation is being achieved using

FANUC M-710IC/50: A MEDIUM PAYLOAD ROBOT FOR INDUSTRIAL FLEXIBILITY

By DanielaOctober 28, 2025FANUC M-710IC/50: A MEDIUM PAYLOAD ROBOT FOR INDUSTRIAL FLEXIBILITYArtificial Intelligence (AI), cost-effective automation, efficiency, Eurobots, Fanuc, FANUC M-710iC/50, Fanuc R2000iA 165F, flexibility, high-speed performance, Industrial Automation, industrial revolution, industry 4.0, manufacturing, medium payload robot, precision tasks, reliability, robotic arm, Versatility

In the world of industrial automation, medium-payload robots represent an ideal balance between strength and agility. Among them, the FANUC M-710iC/50 has established itself as a reliable solution for processes that require precision, speed, and adaptability. Supported by URT, this model continues to be a competitive alternative for companies looking to optimise their operations with

FANUC M-20IA: PRECISION TESTING AT EUROBOTS BILBAO DEMONSTRATES EXACTING ENGINEERING STANDARDS

By DanielaOctober 9, 2025FANUC M-20IA: PRECISION TESTING AT EUROBOTS BILBAO DEMONSTRATES EXACTING ENGINEERING STANDARDS#CertifiedRobots, #DynamicPerformance, #FactoryAutomation, #FanucM20iA, #Payload20kg, #PositioningAccuracy, #ReliableAutomation, #RobotCalibration, #RobotPrecision, #RobotTesting, #SixAxisRobot, Artificial Intelligence (AI), AutomationSolutions, IndustrialRobotics, repeatability, Robotics, ROBOTICS IS AN OPPORTUNITY, robots, Robots future, ROI, Special Offers used robots, The 4th Industrial Revolution, URT, Used fanuc robots, used industrial robots, used welding robots, YASKAWA

At URT’s facilities in Zamudio, near Bilbao (Vizcaya), a precision test was recently carried out on the Fanuc M-20iA robot as part of the company’s industrial robot reconditioning process. The goal was to verify and certify that this model meets the highest standards of repeatability, positioning accuracy, and load response—key factors in demanding industrial environments.

FANUC M-710IC/50: A MEDIUM-DUTY ROBOT AT THE SERVICE OF INDUSTRIAL FLEXIBILITY

By DanielaSeptember 26, 2025FANUC M-710IC/50: A MEDIUM-DUTY ROBOT AT THE SERVICE OF INDUSTRIAL FLEXIBILITYArtificial Intelligence (AI), assembly robot, automated manufacturing, Compact Robot, cost-effective robot, Eurobots, FANUC M-710iC/50, high precision robot, Industrial Automation, industrial revolution, industrial robot, industry 4.0, invest in robotics, IoT, machine tending robot, medium payload robot, painting robot, palletizing robot, production robot, refurbished robot, reliable robot, Robotic Generation, ROBOTICS IS AN OPPORTUNITY, smart cell robot, versatile robot, vision system robot, welding robot

In the world of industrial automation, medium-payload robots strike the perfect balance between strength and agility. Among them, the FANUC M-710iC/50 has earned a reputation as a reliable solution for processes that demand precision, speed, and adaptability. Backed by Eurobots, this model remains a competitive option for companies looking to enhance their operations with a

UR8 LONG: THE NEW COBOT FROM UNIVERSAL ROBOTS FOR THE MOST DEMANDING AUTOMATION TASKS

By DanielaSeptember 25, 2025UR8 LONG: THE NEW COBOT FROM UNIVERSAL ROBOTS FOR THE MOST DEMANDING AUTOMATION TASKS1750 mm reach, 8 kg payload, advanced robotics, Artificial Intelligence (AI), automotive automation, bin picking, cobot, collaborative robot, compact cobot, electronics assembly, ergonomic automation, factory robot, high precision cobot, Industrial Automation, long reach robot, metalworking robot, MotionPlus, PolyScope X, robot inspection, smart manufacturing, Special Offers used robots, The 4th Industrial Revolution, Universal Robots, UR8 Long, used of robots, used robots, welding robot

Universal Robots has taken a decisive step toward advanced manufacturing with the launch of the UR8 Long—a collaborative robot built for demanding industrial tasks. Unveiled at the FABTECH trade show in Chicago and set to enter production lines this October, the UR8 Long combines an extended reach of 1,750 mm and an 8 kg payload

OPTIMISATION OF INDUSTRIAL SPACE: THE ROLE OF ABB ROBOTIC ARMS IN PRODUCTION PLANTS

By DanielaSeptember 17, 2025OPTIMISATION OF INDUSTRIAL SPACE: THE ROLE OF ABB ROBOTIC ARMS IN PRODUCTION PLANTSABB new security solution, ABB Robotics, Artificial Intelligence (AI), collaborative robots, compact robotic arms, electronics assembly, Factory Layout, Industrial Automation, IoT, IRB 1200, IRB 1300, manufacturing innovation, modular integration, new industrial revolution 4.0, Production Efficiency, robotic solutions, smart manufacturing, space optimization, workspace redesign

In many factories, space is as valuable a resource as time or labor. Poor layout and inefficient use of space can lead to bottlenecks, downtime, and increased costs. In this context, ABB’s robotic arms have become a strategic tool for maximizing floor space, enabling production lines that are more compact, safer, and more efficient. Thanks

KMR IISY CR: Redefining autonomous robotics in cleanrooms

By DanielaSeptember 16, 2025KMR IISY CR: Redefining autonomous robotics in cleanroomsAI fleet management, AMR, Artificial Intelligence (AI), autonomous mobile robot, cleanroom automation, cosmetic industry, DIN EN 61340, E82, E84, electrostatic discharge, ESD certification, flexible retrofit, food industry, Fraunhofer Institute, Global Robot Expo, healthcare automation, iiQKA.OS2, Industrial Automation, industry 4.0, ISO 14644-1, KMR iisy CR, kuka robotics, KUKA.AMR Fleet, LBR iisy, low particle emission, material transport, palletizing, Pharmaceutical industry, Pick-and-place, refurbished robots, Robotics, robotics innovation, ROBOTICS IS AN OPPORTUNITY, robots, Robots future, ROI, scalable operating system, semiconductor manufacturing, smartPAD pro, smartPLUG, Special Offers used robots, The 4th Industrial Revolution, used of robots

Industry 4.0 demands increasingly specialized and efficient solutions, especially in critical environments like cleanrooms. In this context, KUKA Robotics has taken a significant leap forward with its latest innovation: the KMR iisy CR. This autonomous mobile robot (AMR) not only sets new standards in all-terrain robotics but also redefines automation in ultra-clean environments such as

DEPALLETISING: TO AUTOMATE OR NOT? AN ANALYSIS OF INDUSTRIAL ROBOTICS 4.0 AND TRADITIONAL ROBOTICS

By DanielaSeptember 15, 2025DEPALLETISING: TO AUTOMATE OR NOT? AN ANALYSIS OF INDUSTRIAL ROBOTICS 4.0 AND TRADITIONAL ROBOTICS3D vision, ABB robots, AI vision systems, Artificial Intelligence (AI), Computer Vision, deep learning, Depalletization, Fanuc robots, Industrial Automation, industry 4.0, KUKA robots, logistics technology, machine learning, pallet unloading, robotic arms, robotic depalletizing, Robotics, ROBOTICS IS AN OPPORTUNITY, robots, Robots future, ROI, safety automation, smart manufacturing, Special Offers used robots, The 4th Industrial Revolution, use abb robots, Used fanuc robots, vision-guided robotics, warehouse automation, YASKAWA, Yaskawa Motoman

Depalletization, the process of removing products from a pallet, is a fundamental task in logistics and manufacturing. For years, this work has been labor-intensive, repetitive, and physically demanding, making it prone to human error and injury. However, with the advancement of industrial robotics and computer vision, the question of whether to automate depalletization has become

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