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Projects

Discover how we help our clients improve their processes and products and improve the competitiveness of their business.

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Materials and Testing

We use FIB-SEM, X-rays and surface energy to characterize defects in chromium layers and look for the causes of defects in chromium layers due to changes in the chemicals in their production process.

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We developed the computer vision algorithm based on neural networks for the optical separator, enabling the automatic classification and identification of relevant waste for sorting plants.

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We implemented our own automatic data acquisition software for the sensors of a factory producing shaped tubes for the automotive industry.

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We designed, trained and installed a computer vision system with a collaborative robot to inspect 5 critical seat assembly points.

Autonomous agricultural vehicles capable of navigating the field autonomously, without a driver and without guidance in a changing and real environment.

We help you placing pieces with augmented reality on large-sized tools.

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Augmented reality projection system for positioning pieces on the composite press mold.

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Materials and Testing

We look for the origin of the corrosion failure of the copper pipes of a heat exchanger through techniques such as SEM, EDX, XRF or water analysis to find out why the failure occurs.

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Design of an automated pruning system that enables autonomous navigation through vineyard rows and executes cuts using computer vision and a collaborative robot.

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Extraction of biostimulants from grape stem and pomace waste for utilization of winemaking process residues.

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We developed a computer vision algorithm for vertical farming to identify and control various parameters that affect the proper development of plants.

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Materials and Testing

Optimization of laser parameters for microperforation of stainless steel in high value burners.

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