Every successfully project comes from a specific engineering path, where technical competence, on field experience and innovation contribute to understand and satisfy customer’s expectations. This target is reached by our excellent engineers by using the most innovative design tools –3D modelling machine, software for finite elements analysis and simulators – that make the process functional and efficient.
Every successfully project comes from a specific engineering path, where technical competence, on field experience and innovation contribute to understand and satisfy customer’s expectations. This target is reached by our excellent engineers by using the most innovative design tools –3D modelling machine, software for finite elements analysis and simulators – that make the process functional and efficient.
Starting from marketing contacts, a deep engineering analysis of customer’s requirements is carried out, in order to come not only to an economic evaluation, but also to the definition of a functional manufacturing system, to costs saving in terms of investment and system handling, always paying particular attention to environmental and regulatory aspects. Safety devices are designed with great care: an accurate analysis of dangers and associated risks is carried out, by resorting, when necessary, to FMEA methods (Failure Mode and Effects Analysis) and MTBFA (Mean Time Between Failure Analysis). Software engineering is carried out through top down method; a first functional-descriptive analysis of the system is converted into a detailed flow chart, before the effective code writing. Software at the end of this process is tested in order to check its functionality and find any faults, before final test on the system.
