• Advanced Manufacturing

6 steps for building the Digital Smart Factory

  • Advanced Manufacturing
When we talk about the Digital Smart Factory we mean intelligent and advanced manufacturing supported by digitization and the interconnection of processes and machines to collect and process data. It involves the participation of all the departments of a plant, from production planning to remote maintenance, including system integration or data analytics.

Software for the coexistence of different sheet metal cutting machines at the same plant

  • Advanced Manufacturing
Typically, a second machine tool is added to plants in an attempt to increase production and/or diversify. However, we are also seeing it as a phenomenon aimed at resolving the issue with small series. This occurs when there’s a machine with a large automated production capacity which is expensive to interrupt in order to manufacture small series. To cover this gap and avoid interrupting serial production, many factories use an additional, cheaper machine, without automation but with greater availability.

When faster and more effective client response comes down to optimizing workloads

  • Advanced Manufacturing
The tendency in today’s world is to manage in an increasingly intelligent way and, unsurprisingly, this affects the industrial environment, the plants and industrial facilities in which the real-time planning and optimization of productive processes is fundamental for a business’ competitiveness. In practice, this is made possible through the incorporation of Industrial Internet of Things (IIoT) systems that streamline business processes and significantly improve productivity. The "all connected" and "in time" production trend is now a reality, but this race towards innovation has its advantages and its disadvantages.