Joining technologies are essential to manufacture many components and structures, varying from high responsibility parts to simpler products, as they directly affect their quality, durability, aspect, and manufacturing costs.More information
Additive manufacturing is a concept that covers many technologies, based on the simple idea of converting a digital model into a solid three-dimensional object.More information
We have developed a series of data-driven technologies to take product inspection to a new level, affording different non-destructive inspection solutions for sectors that have high quality demands due to their high safety commitment, in sectors such as Automobile, Capital Goods, Aeronautics, oil & gas, etc.More information
Our intelligent manufacturing is based on combining digital enablers, such as artificial intelligence, IIoT, cooperative robotics, adaptive control, artificial vision, and in general, a data-driven approach to additive manufacturing and joining technologies, with an in-depth knowledge of materials, extensive research experience, and a detailed knowledge of joining and additive manufacturing processes; i.e., a sum of ‘intelligences’.More information
At Lortek, we are looking for people who feel passion for what they do, people who challenge themselves in their professional development, and who like applied, practical research.
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We are glad to announce the start of a new promising R&D project focused on developing a fully automated inspection system, based on inductive thermography, for the detection of superficial defects present at welded safety-critical engine components.
Happy with the start of this new and challenging R&D project of new processing routes using Laser Metal Deposition and Centrifugal Casting for Self fluxing Ni-based Alloys (NiCrSiFeB), to substitute Cobalt-based sealing rings in Aeronautic.
A novel method to optimize Selective Laser Melting process parameters was developed by Lortek S.