Robotic islands: where do they make a difference?
Choosing an industrial robot
Robotic islands are flexible tools that can be adapted to different machining operations and uses. In order to improve workflow and increase production rates, industrial robots need to have different requirements and performances according to the plant in which they are installed and the CNC machines to be serviced. This is why they are customised according to the task they have to perform. These include, for example, object handling, sorting, assembly, quality control, painting, etc.
To choose the most suitable robotic island for your company, it is important to consider a number of factors, including the tasks to be carried out, the relevant sector, the cost-benefit ratio (for a rapid return on investment) and the type of environment in which it will be installed. .
Sectors where a robotic island can make a difference
With the advent of Industry 4.0 and smart factories, the number of companies able to accommodate and benefit from a robotic island has tripled in recent years. Many industrial sectors are affected, including fashion, automotive, aeronautics and aerospace, mechanical engineering, healthcare and pharmaceutical, food, transport, etc.
Generally speaking, investing in industrial automation solutions is particularly recommended in hazardous working environments, where operators have to carry out heavy or repetitive tasks and their safety is often put at risk
Is your company ready for a robotic island?
If the answer is yes, Assistec is for you. Our team of highly skilled technicians will support you in all phases of design and installation of the robotic island, to ensure that it fits your CNC machine park. We offer our customers all our know-how and expertise, consolidated over more than 25 years of providing mechanical, electronic and system integration support.
Contact us for more information or visit our website and discover the latest industrial automated robots designed by Assistec, such as the line Robofeed .
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Numerically controlled (CNC) machines represent one of the most important technological innovations of the modern industrial era.
Their ability to automate and standardise complex operations has changed the face of manufacturing, transforming craft processes into large-scale industrial precision systems.
The spread of CNC machines has made it possible to reduce human error, increase productivity and, above all, guarantee repeatability of machining operations that would otherwise have been impossible. This has proved particularly crucial in sectors where precision, efficiency and speed are vital, such as aerospace, automotive, precision engineering and medical device manufacturing.
One of the main reasons for the success of CNC machines is their ability to perform tasks with extreme precision that previously required the manual intervention of skilled workers.
With CNCs, on the other hand, once the machining has been programmed, the machine can perform an infinite sequence of operations without loss of precision, solving problems of variability and improving the quality of the finished product.
At this point, the question might arise: when did CNC machines originate and how did they reach this level of sophistication?
