Collaborative robots, also known as cobots, are automation tools that work in collaboration with humans. Due to their ease of use, low cost and high precision, they are becoming increasingly popular in different sectors. In education, cobots are being used to teach students programming and robotics skills in an interactive way. For example, the Dobot
Currently, the industry is undergoing an unprecedented transformation thanks to the automation of processes. In this sense, industrial robots have become a fundamental tool to increase efficiency and productivity in various areas, such as the automotive, chemical and manufacturing industries. ABB, one of the leading companies in the automation sector, has managed to revolutionize these
In-line measurement technology is a key tool for quality control and process optimization in the textile industry. However, this technology presents some challenges, such as the variability of environmental conditions, the complexity of materials, and the need for high precision and reliability. To overcome these challenges, the Spanish company Sumotex has developed an innovative system
ATX Robotics, a division of the Aritex Group, has launched a modular collaborative robotics solution for welding, with the aim of improving productivity and making Industry 4.0 accessible to all industrial companies. The solution includes a welding machine, an automatable torch, Universal Robots UR10 or UR5 cobots, intuitive control software (URCap) and accessories. The cost-effective
Companies must allocate funds for a risk assessment to ensure compliance with RIA safety regulations, as industrial robotic technologies are a costly investment. The cost of safety precautions suggested in a risk assessment can exceed $15,000 for a robot costing between $50,000 and $60,000. Omitting safety jeopardises workers’ lives, legal liabilities, insurance and shutdowns. Many
Industrial robotics is a technology that offers multiple benefits for manufacturing, construction, agriculture and other sectors. However, it also brings risks and challenges for worker and machine safety. In this article, we will explore robotic safety, its updates and the key standards for industrial safety with robotic arms. Robotic safety is the set of measures
Although industrial robots have long been an important part of production, many people still think of them as expensive and difficult equipment with safety concerns. However, the deployment of industrial robots is becoming increasingly accessible thanks to lower prices and simpler programming, making them faster and easier for small and medium-sized enterprises to deploy and
Fanuc‘s SR-3iA/C three-axis and SR-6I/C four-axis pick-and-place robots are excellent for replacing manual labour and meeting the highest safety and hygiene standards in food, pharmaceutical and general production applications. To increase longevity and provide IP54-rated protection from water, dust and other contaminants, Fanuc’s latest SCARA models feature a white epoxy coating. They meet ISO Class
Robots used in manufacturing and other industrial contexts perform monotonous, dangerous or overly precise activities that humans find difficult or disruptive. They can be programmed to perform a wide range of functions, such as welding, painting, assembly and material handling. Their ability to work efficiently and continuously without tiring or making mistakes is their greatest
End users want implementation procedures to be more agile and adaptable in order to respond to delivery times and the particularities of each company. IMASD engineering has proposed a collaborative approach to meet the palletisation demands of the industry. IMASD’s CERES palletising cell is adaptable to any industry or type of company and is characterised
