Mechanics

In the metal and mechanics sector, every collaboration between CASSIOLI and its customers has represented a contribution in terms of experience and specific knowledge of a market sector or of a specific technology, thereby creating added value for all our customers. The situation means companies can rely on the competence of CASSIOLI consultants regarding automation and handling issues in the metal and mechanics sector. Affirming that any production or distribution process may be automated and that, simultaneously, automation will bring added value, would be an error. There are clearly some industrial contexts (even in the mechanical sector) in which automation does not improve efficiency. But in other cases, the benefits exist and may be quantified. On the other hand, how else to justify, for example, the behavior of some CASSIOLI customers who, after years, continue to choose complex systems like automated warehouses, assembly lines, serving systems and automated vehicles?

In terms of cultivating customer loyalty, the solutions offered aim at being the least binding possible. For production lines, our products present high flexibility that allows for a gradual progression from manual to automated assembly, without production stoppages e with investments that may pay off in the short-term.

One of CASSIOLI’s strengths consists in our capacity to partner with customer and make their needs our own. This synchronicity of intents between us and our customers creates the perfect correspondence to the needs of the logistics system being considered. Clearly, this type of approach requires a high degree of competence and experience regarding common logistics issues in the mechanical industry. In any new CASSIOLI system, a careful analysis of the operating process identifies the elementary In every new CASSIOLI system; a detailed analysis of the assembly process identifies the elementary operations, as well as their correlations and duration. In this way, it is possible to assign functions to each workstation by aggregating different elementary operations, taking into account the expected line productivity goals, the workstation flexibility and compactness, the specific automation of particular stages and the balancing of the entire assembly line (assembly, production or packaging).