• 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.

Lantek MES Wos to control production in the workshop and increase efficiency

  • Advanced Manufacturing
What do we ask of our factories? Efficiency and maximum quality. To do this, we need a plant data collection program at the operator’s post, the objective of which is the monitoring, control and validation of each one of the manufacturing processes, from reception of the order to the completion of production. And all of this, of course, in real time and automated, so that production can be performed with greater agility and optimization. Without administrative tasks that cause delays and can even lead to mistakes.

‘Progressive Corners Beveling’: The algorithm that revolutionizes the way bevels are cut

  • Digital Transformation
One of the biggest obstacles that the metal industry faces is cutting bevels or chamfers on corners. After months working on how to overcome the loop that is generated, we’ve developed Progressive Corners Beveling (PCB), an algorithm based on dynamic control of the 5 axes, which means that the head is progressively oriented with the angle of the next bevel. That is, it no longer remains perpendicular to the cutting direction, as it does in tangential programming. Thanks to this we save 15 mm to 30 mm of material from each loop. As a result, there is no material waste, so we gain time and therefore, money.