We design and do advanced calculation of structures. We undertake the study and analysis of all the structural parts that make up the project. We stand out in the use of the finite element method and our 3D development for a better visualization of the set to be studied.
We have professionals with national and international experience, having carried out projects in Germany, Switzerland and Austria. Our work has been evaluated by an independent entity when the structure has demanded it, thus obtaining greater security and guarantee in each project.
We respect the privacy of our clients, so we do not make public the projects in which we intervene. Our best advertisement is your satisfaction. As an interesting fact, we can add that in 2019 we collaborated on 27 projects in Germany, 1 in Austria and 2 in Spain that total 4500 tons of steel. On our website, you will be able to see the clients whose reference we are proud of, as well as our parent company AZCATEC, a benchmark in the engineering sector.
HOW DO THEY WORK?
We work with the latest 3D Modeling technology that guarantees the best design, detail and information management from conceptual planning to manufacturing and construction on site.
We have a professional laser with 3D dots, to carry out projects in existing buildings for which there are no plans. In this way, we adapt our services to your needs. Our industry applied 3D scanner accurately reproduces the interior or exterior of an industrial warehouse.
HOW DOES IT WORK?
The 3D Scanner captures reality through a point cloud, using data capture technology on geometric samples of any surface and objects.
Rstab: Sizing and stability for bar structure.
RFEM: Calculation using finite elements.
Cranway: Rail beam design. Tekla / Tekla Structures: Plans: Design, Manufacturing (CNC AND 2D) and Assembly.
Design, detailing and information management from conceptual planning to fabrication and on-site construction of steel and concrete structures.
Plastic calculation of bolted and welded joints.
For complex and finite element joints.
Building Information Modeling (BIM) software. Consistent, coordinated and comprehensive model-based building designs and documentation.
Accurately perform construction details in detailed engineering. Plant 3D: plant models in 3D using equipment parametric modeling, steel construction libraries and piping specifications.