• Advanced Manufacturing

How machine learning will revolutionize manufacturing

  • Machine Learning
Let’s think for a moment about the high volume of data generated by companies. Data about customers, suppliers, productivity, human resources... Information that, in many cases, is not integrated into all business departments so there is no overall vision or, what is worse, it is not even digitized. Both weaknesses stall decision making and/or can lead to wrong decisions. And in this new digital ecosystem, data is the raw material of Industry 4.0.

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.

Sherlock Edge: linking the factory to the cloud

  • Advanced Manufacturing
Imagine a sheet metal factory. Hundreds of processes are taking place at the same time and all of them generate (or can potentially generate) a huge amount of invaluable data. That data can be processed and fed into the data analysis pipelines that Lantek is developing to provide advanced services targeted at improving the efficiency and performance of factories. Some of those advanced services are already in the market, like Lantek Analytics. Soon that data will also feed machine learning algorithms that will revolutionize the way we work and interact with sheet metal software.