Reverse Engineering, a fundamental resource for companies and professionals.
Thanks to this technology, it is possible to obtain numerous benefits can be achieved, such as product improvement, replacement of obsolete components and reduction of costs.
Reverse Engineering is based on the detailed analysis of a product or system to break it down into its fundamental elements and understand how it works. The experience of our specialized technicians allows us to analyze the physical characteristics, behavior, and technical specifications of the system or component. Subsequently, we proceed with the reconstruction of the 3D model of the objects, acquiring their surfaces and details through laser scanning, tomography, and dimensional surveys.
After digitizing the sample, we generate a parametric file, create 2D drawings, or perform any further processing, depending on the customer’s needs.
Mechanical Sector
Reverse Engineering is used for the reproduction of components no longer available on the market, for the improvement of parts subject to wear, and for the optimization of production processes. Thanks to the use of 3D scanners and advanced modeling software, we can quickly create very precise replicas of industrial parts.
Automotive Industry
Reverse Engineering is used to analyze and optimize engines, transmissions, and aerodynamic components. Our company specializes in the reconstruction and production of spare parts compatible with vintage or out-of-production vehicles, very similar to the original parts but with improved performance and reliability.
Aerospace Sector
Reverse Engineering is essential for analyzing structural components and advanced materials, improving the reliability and safety of aircraft. It is often used for the restoration and maintenance of aircraft, as well as for the development of new technologies that increase efficiency and reduce fuel consumption.
Industrial Sector
Reverse Engineering is used to reduce production costs and improve the efficiency of machinery by adapting or replacing components with more performant materials. This approach allows saving time and resources in the design of new products.
