PRECISION MECHANICS AND ROBOTICS

The future of industrial production is increasingly robotized, made up of intelligent machines that offer themselves as essential aids in different processes, perfect for simplifying and lightening human work.
This is a sector of strategic importance for the industrial development of the country: the revolution of robots is accompanied by the appearance of the Internet of Things (with its interconnected machines) and artificial intelligence. The change that is taking place is truly epochal, ready to upset the traditional parameters of industrial robotics.

Precision mechanics for robot construction

The realization of such smart and high-performance equipment requires a very high level of quality, which concerns each component (even the most trivial or insignificant). Because it is the details that make the difference: an absolute golden rule, perfect to indicate the mission of the precision mechanics sector. It is thanks to this widespread excellence that it is possible to proceed to the realization of technologically advanced instruments, capable of ensuring and supporting the various production flows.
The increasingly widespread presence of digital technology in the mechanical processing sector, together with the introduction of complex automation systems, has definitely raised the quality level of production: The margin of error in the creation and supply of robotics hardware is infinitesimal. Using precision mechanics, it will be possible to easily produce different components, necessary for the application of robots in any production area. It always starts with the receipt of a project by the customer: a basic drawing, which is processed using CAD software for assisted manufacturing. The information is thus put in order and extracted to complete the realization of the particular - identifying the necessary mechanical processes - in relation to its specific geometry.

How the assembly line changes: tasks and benefits

There are many applications of robotics in the industrial field. The fact that robots can be introduced into the assembly line means that processing times are considerably reduced and the quality of the individual product is improved.
The use of automation and robotics in the production process of companies is a trend that is linked to the modern concept of future hi-techtech. The places of industry are in fact naturally imagined and increasingly identified with the presence of robots and mechanical/automated peripherals. The advantages offered by robots are absolute, both in terms of speed and precision in intervention. The human operator, however, remains a crucial figure since the specific know-how of the technical staff is important both for ensuring proper maintenance and data processing.
Industrial automation is associated with anthropomorphic robots: their structure consists of joints, joints (which determine their ability to move) and rigid bodies. The individual components of a robot define its scope and tasks: the system handling materials will also be composed of mechanical elements created to enable the industrial robot to perform its task. Every aspect of its realization, from the first processing to assembly, requires special details made ad hoc by specialized companies.