The integration of 3D vision with used robots is taking operational precision to a whole new level. The combination of robotics and three-dimensional vision systems has profoundly revolutionized industrial manufacturing: not only does it enable the automation of complex processes, but it also allows production lines to be quickly adapted to the specific needs of
In an increasingly competitive industrial landscape, the choice between purchasing a brand-new industrial robot or opting for a refurbished one has become a crucial consideration for many manufacturing plants. This decision not only impacts the initial investment, but also factors such as ongoing maintenance, technological integration, installation speed and the overall sustainability of the project.
For years, factories were designed as rigid systems: fixed lines, dedicated stations and layouts that barely changed for an entire decade. But the days of mass, stable production are now behind us. The new industrial economy demands flexibility, customisation and immediate responsiveness. Thus, the concept of the reconfigurable factory was born, where refurbished industrial robots
Over the past ten years, a silent phenomenon has taken place in the global industry: while some manufacturing plants have closed due to cost pressures or failing to modernise in time, others have resurged with impressive strength without the need for multimillion-euro investments. What is the secret? Intelligent industrial reconstruction supported by refurbished robotics and
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
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
In the era of accelerated automation, many factories face the same dilemma: their robots work, but their control systems are outdated. The solution? Retrofitting. Modernising an obsolete industrial robot not only saves investment, it also prolongs its service life and improves its performance at a much lower cost than a new machine. What is robotic
In industrial robotics, safety is not just a legal requirement—it is the foundation of responsible automation. As the use of refurbished robots continues to grow rapidly, understanding European regulations and safety standards becomes essential to ensure operations are both lawful and secure. In Europe, industrial robots are primarily governed by the Machinery Directive 2006/42/EC, which
In the modern industrial landscape, where speed, precision, and adaptability are paramount, assembly robots have evolved from being mere auxiliary tools to playing a crucial role in manufacturing processes. YOUIBOT, a specialist in intelligent and mobile robotic solutions, is at the forefront of this transformation, seamlessly integrating autonomous mobility with robotic arms capable of assembling,
Yaskawa has launched the MOTOMAN ME1000, a six-axis robot designed for horizontal handling of heavy loads. With a capacity of up to 1,000 kg, this compact arm aims to meet the needs of sectors such as automotive, logistics, and construction, offering industrial flexibility. Horizontal Design and Energy Efficiency Unlike vertically articulated robots, the ME1000 features
