Our CAD designers are highly skilled and focused on the client’s needs; moreover we own equipments and devices for the scanning, the measurement and the reverse engineering of mechanical components.
We perform FEM calculations and simulations, both structural and thermal, relying on a wide professional expertise and using the most advanced computational tools of the sector.
Our computation experts are able to perform fluid-dynamic and fluid-structural simulations for any industrial requirement.
We provide electrical and electronics design for machines and systems.
We offer hydraulic design services and complex circuits dimensioning for machinery and plants.
We make hardware and software solutions, integrated and customized for the automation and the robotics of the process.
Starting from customers necessities and requirements, prototypes, product demonstrators, test systems and equipment for benchmark activities are here studied and realized.
Here at Compolab we are able to develop complete software solutions based on C/C++, Java, Ladder, LabVIEW and MATLAB for specific purpose (embedded) and general purpose devices.
We design and manufacture, in polymer and metal additive printing, prototypes and components optimized for their use and devices used for automation or process robotization.
We are able to perform 3D geometric tolerance analysis on single components and complex assemblies according to the most common international standards.
Compolab technicians are able to design and follow the definition and the development stages of experimental tests in different industrial sectors.
We are able to provide from scratch failure mode and effects analysis, FMEA, related to the design (DFMEA) or to the manufacturing process (PFMEA) of complex mechanical systems.
We support our clients in each phase of products and processes validation.
We are able to provide support to companies through the delicate phases of reorganization.
We offer training courses for professionals and for students focused on the latest engineering branches characterized by an high technological content.