Industrial Automation is the key to higher efficiency, consistent quality and reduced costs in modern manufacturing. Our company has been a reliable partner for many years in exactly these areas.
Find out more about the background to industrial automation, our approach and specific examples here.
Medical devices often consist of several complex components that are manually assembled by the operator. This makes them prone to errors. In this customer project, we developed an automated system that counts and bands medical diagnostic test cards. This not only speeded up the process, but also made it much more efficient.
The data center market is rapidly growing, which demands highly efficient and reliable heat exchangers. The HAHN Automation Group developed a solution that not only automates the tube rolling process, but also improves efficiency and quality. The automated solution will complete a 3000 tube vessel in roughly ½ the time it takes to complete manually.
As an Industrial Automation company, we see our central role as being an integrator. We utilize the technology that is best suited to our customers' solutions, regardless of the manufacturer. We can map complete process chains and aim to have a central point of contact for every customer project. In this way, we reduce the complexity of communication.
Frank Konrad, CEO
Industrial automation refers to the use of machines, robots and digital control systems to optimise production processes. Manual processes are replaced or supplemented by automated solutions in order to achieve greater efficiency, consistent quality and lower operating costs. Modern automation systems integrate sensors, AI and IoT technologies to monitor and adapt processes in real time. This results in more precise, faster and more flexible production processes that make companies more competitive.
Industrial automation increases efficiency, reduces errors and ensures consistently high quality. Automated processes shorten cycle times and reduce operating costs as there is less waste and rework. At the same time, space-saving automation solutions optimise production space requirements. Modern systems can be flexibly customised so that companies can react more quickly to market developments. Automation also increases occupational safety by allowing machines to take over dangerous or physically demanding tasks.
Various robot systems are used in industrial automation, which are selected specifically according to requirements. Here are a few examples: Industrial robots perform precise tasks such as welding or assembly, while collaborative robots (cobots) work flexibly with humans. SCARA and Delta robots are ideal for fast assembly and packaging processes, while gantry robots are used for precise material handling. Automated guided vehicles (AGVs and AMRs) optimise the internal material flow. The right combination of these systems creates efficient, flexible and cost-saving automation solutions.
Industrial automation is the basis for Industry 4.0, as it connects machines and robots with digital technologies. Sensors, IoT and AI enable automated systems to collect and analyse data and adapt flexibly. This enables self-optimising production with greater efficiency, predictive maintenance and optimised use of resources. Companies benefit from greater transparency, reduced downtimes and more intelligent control of their production processes.
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