With this initiative, both organizations have taken a step further in their aim of offering the industry innovative solutions and services that respond to its needs and that provide real added value, allowing companies to adapt to a changing and increasingly competitive global environment, driven forward by industry 4.0 and advanced manufacturing. 

The simulation of the impact of heat on the sheet metal cutting processes enables the selection of the best sheet metal strategy and cutting order, substantially improving performance since it possible to anticipate and detect possible unforeseen anomalies during the layout phase. By simulating the process using BeroSim the effects of cutting do not need to be tested on the actual machine. This results in savings in machine time, materials and energy, while at the same time lessening the risk of possible breakdowns or workplace accidents.

Now, with BeroSim, the user will be able to see, through a simulation, how heat propagates and is distributed in the sheet metal as it is cut and how this affects the material. Plasma and laser technologies locally increase the overall temperature of the sheet metal which modifies the properties of the material and can alter its characteristics (thickness, etc.). 

With BeroSim, engineers can use the simulation to define the sheet metal cutting strategy and the cutting and machining order, preventing possible material deformation during cutting to obtain optimum quality products.

Likewise, the user can correct the cutting path and trajectory of the machine to maintain the quality of the sheet metal products.

"Digital transformation has become highly important in the industrial sector, which needs advanced technological solutions that provide added value, something that is only possible with research and innovation," explains Dr. Iñigo Barandiaran, Head of Vicomtech’s Department of Industry and Advanced Manufacturing. "The industrial sector must continue to be an economic engine and guarantor of stable employment, and this will be achieved with the help of technology."

"With BeroSim, we contribute to this process of change and to the modernization of the sheet metal machining, simulation and verification sector, providing a set of functionalities and innovative capabilities that provide greater efficiency to production processes. This enables the optimization of material, human and economic resources,” says Susana García, head of CAD/CAM systems development at Lantek. "This collaboration with Vicomtech helps us to promote the implementation of productive models and methodologies that will allow the users of our solutions to achieve greater competitiveness and efficiency."

The BeroSim project reinforces the position of Lantek as one of the leaders in innovation worldwide in a very competitive and mature market, providing its Lantek Expert product with powerful differentiating features. At the same time, it supports the role of Vicomtech as a promoter and driver of applied research and a facilitator for the development of new product prototypes. 

Moreover, the technological cooperation between Lantek and Vicomtech consolidates the relationship between both companies and complements their efforts in terms of innovation for the industrial sector.

The BeroSim project represents a scientific breakthrough regarding the state of the art in sheet metal technology and has been recognized by the prestigiousJournal of Manufacturing Science and Engineering. The journal published an article about the research carried out by Lantek and Vicomtech concerning interactive 3D simulation and the influence of heat during the sheet metal cutting processes. "Understanding how heat sources affect sheet metal cutting processes is essential in the design of efficient simulation tools. The success of BeroSim is a consequence of the fluid relationship between Lantek and Vicomtech,” says Dr. Aitor Moreno, Vicomtech researcher and expert in industrial process simulation techniques.

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