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In the era of Industry 4.0, manufacturers are transforming their operations with advanced automation solutions. From boosting efficiency and quality to cutting costs and enabling data-driven decisions, automation products are the backbone of smart manufac
In a rapidly evolving industrial landscape, automation plays a crucial role in increasing productivity, improving safety, and reducing operational costs. At the core of modern automated systems lies one technology that has remained fundamental for decades
In an era defined by rapid technological advancement, industrial automation has emerged as a cornerstone of modern manufacturing and processing. From increasing productivity to enhancing safety, automation technologies are reshaping how industries operate
They reach heights of 200 m, boast a circumference of up to 130 m and can supply over 5,000 households with electricity – that's right, wind turbines. As a source of clean, renewable energy, wind turbines rely solely on the power of the wind.
Industrial robots are seeing increasing use in automated production lines. Until now, however, they have been isolated in cells to ensure the safety of those working in their proximity.
With reACTION technology, B&R is able to reduce cycle times in industrial automation down to 1 µs.
It is becoming harder and harder for pneumatic systems to compete with much more efficient tubular linear motors. In applications with frequent, short linear movements, these motors reduce energy consumption and CO2 emissions by over 90%.
The complexity of industrial automation tasks is continually increasing, leading to the development of more and more distributed control concepts.
When the owners of the historic Kursaal complex in Bern, Switzerland, decided to undertake an ambitious modernization project in 2012, they put a great deal of thought into every detail.
Thermal cutting technologies – including oxygen, plasma and laser cutting – are used to prepare materials in many fields of engineering. Each technology is unique and irreplaceable, and they often overlap and complement each other.
A growing number of customers in the industrial and trade sectors are looking to equip their production halls and shops with custom-tailored solutions.
The robots responsible for removing finished parts from injection molding machines have a very clear objective: to remove the part as quickly as possible in order to maximize the machine's productivity.