• Advanced Manufacturing

The 9 pillars of industry 4.0

  • Advanced Manufacturing
If we take a brief look back over previous industrial revolutions: mechanization (steam and coal), electricity (mass manufacturing, assembly line) and electronics and computing (automation thanks to information and communication technologies) we can see how these events caused cities and populations to develop, marking a turning point for economies and society as a whole.

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.

5 Questions Surrounding Manufacturing Processes for Economies of Customization

  • Advanced Manufacturing
Humans have been manufacturing goods for centuries. What began as people making tools for personal survival has turned into highly automated processes producing consumer goods on a global scale. Now that we’ve become efficient in manufacturing at scale, the market is demanding customized products. This changes the way we think about processes throughout the manufacturing facility and leads to tremendous innovations in manufacturing technology. Here are some questions and answers surrounding the advantages of such technologies.