Electrical systems, automation, and supervision

CISIA is a reliable partner for all companies that choose to outsource technical activities related to mechanical design, calculations, analysis, and industrial drafting.

CISIA is able to conceive, calculate, and draw—in a single word, to DESIGN—mechanical components, machines, and plants.

The many years of experience the company can boast make it the ideal partner for:

• Complete mechanical design of production lines and machines
• Drafting of mechanical parts based on customer-supplied designs
• Industrialization and optimization of existing projects and machines
• Feasibility studies and technical assessments

For machine design, CISIA employs the most advanced structural calculation tools to predict, understand, and plan in advance, down to the smallest detail, every possible behavior of the structures. This includes kinematic and dynamic analyses to determine the forces acting on the entire structure under all different load configurations.

Structural verifications are performed using the most advanced F.E.M. (Finite Element Method) analysis tools, in which the loads estimated during the preliminary phase are applied to all significant components of the machine. In-depth analyses are carried out using local F.E.M. models.

These and other studies and verifications are conducted by CISIA engineers and technicians to ensure reliability and strength, even for the components most highly stressed by the forces involved.

Thanks to the use of these modern and effective design tools, managed by highly qualified and experienced professionals, CISIA is able to develop not only machines with a high technological content, but also customized solutions tailored to customer requirements, in order to meet any type of demand.

The tools used for design are always aligned with the latest technologies, starting with the software used for drafting.

Fully 3D design provides an optimal “view” of the machine while at the same time drastically reducing errors such as interferences during movement.