Material handling robots for loading, unloading, picking, sorting, transfer, machine tending and production flow automation. Technical articles, application insights and robot selection guidance from URT.
A robot may have enough payload and reach to handle a sheet metal blank and still be unsuitable for the bending operation. The real challenge with press brake tending robots is maintaining controlled workpiece positioning through loading, gauging, bending, reorientation, and unloading. A configuration that works for a flat blank may become impractical once the … Read more
Why foundry conditions change the robot selection process A robot that performs reliably in a conventional manufacturing cell may become a maintenance problem when it operates beside a furnace, casting machine, or abrasive finishing process. Foundry material handling robots must withstand environmental exposure while meeting payload, reach, and cycle requirements. A robot that can lift … Read more
Choosing forging industrial robots is not simply a matter of finding an arm capable of lifting the workpiece. A robot can appear suitable on a payload and still be a poor fit once end-of-arm tooling, thermal exposure, scale, process forces, reach, part presentation, and the required cycle are considered together. In forging, the surrounding process … Read more
In today’s industrial market, both new and refurbished robots have a legitimate and distinct role within automation strategies. Neither option is universally better; instead, each suits particular technical, operational, and financial requirements. The right decision shouldn’t be based on personal preference, but should come from a careful, comparative analysis that takes into account measurable criteria … Read more
In today’s industrial environments, automation is no longer a luxury, but a necessity for staying competitive in terms of efficiency, safety, and cost. One of the areas with the greatest potential for improvement is material handling — from moving boxes and parts to feeding machines and palletizing products. However, before integrating a robot into your … Read more
In the field of industrial automation, efficiency and precision are essential factors for boosting productivity while reducing operational costs. The Fanuc R-2000iB series has proven to be a reliable solution across various industries, delivering high payload capacity, fast cycle times, and flexible integration options. With multiple configurations available, these robots have transformed workflows in sectors … Read more
In the world of industrial automation, precision, flexibility, and efficiency are key to staying competitive. The KUKA KR8 R1620 ARC HW-SEL + SKS, available through Eurobots, is an advanced solution that brings all these qualities together. It is specifically designed for arc welding, adhesive and sealant application, and other material handling tasks. This six-axis robot … Read more
In today’s fast-paced industrial environment, automation has become a cornerstone for companies striving to enhance efficiency, cut operational costs, and remain competitive. Among the many solutions available, the FANUC M-20iA/35M robot, paired with the R-30iB controller, stands out as a powerful and flexible option for modern production lines. This robot is designed to handle demanding tasks with … Read more
The Yaskawa HC series collaborative robots are designed to work alongside operators without the need for safety fences, provided a proper risk assessment is conducted. This is made possible by technologies such as Power and Force Limiting (PFL), which automatically stops the robot upon detecting contact with a person or object, minimizing the risk of … Read more
In the growing demand for automation systems that combine strength, reach, and high-level control, Fanuc continues to consolidate its leadership with versatile and robust solutions. A standout example is the M-900iB industrial robot, equipped with the R-30iB controller, a combination that effectively meets the needs of sectors such as automotive, steel, large part handling, and … Read more