Aluminium is a metal that is not found in nature in its pure state, being a component found in Bauxite. This ore was found by French physicist and mineralogist Pierre Berthier in 1821 in the town of Les Baux. It was given the name Bauxite as a mention of the town where it was found. At that time, aluminium was not yet known, as it was only separated from Bauxite in 1824 by the Danish physicist and chemist Hans Christian Oersted, through a chemical solution. ...

Aluminum is a metal with a large presence on the planet (about 8%), but it is not found in nature in its pure form. It is necessary to use chemical solutions to obtain it. And until the beginning of the 19th century this metal had never been produced. In its early production the solutions used to obtain it had an extremely high monetary value, which made this metal a precious metal, even more precious than gold. Thus aluminum began to be used in luxurious works, such as statuettes or commemorative plaques. With the development of industry, its production increased and its applications changed, becoming used in Victorian decoration, trays and ornamental hairbrushes. ...

The history of aluminum is relatively recent, despite the fact that this metal is one of the most present on planet earth (about 8%). In order to obtain aluminum it is necessary to use chemical formulas because it is not found in the ground in its pure form. ...

Industrial automation is present in all the automatic mechanisms that perform a task replacing one or a team of operators. Mainly interesting in repetitive tasks, demanding at human level, or even dangerous to health. ...

The Covid-19 pandemic brought some requirements regarding the hygienization and cleaning of spaces. From nothing, everything started to be much cleaner, people started to take extra care with their personal hygiene and companies started to look for new solutions to ensure the safety of their spaces, customers, and employees. ...

In the last few years, the world has suffered a revolution at the industrial level. All production processes have started to be automated and, consequently, production capacity has improved. It is now much easier to meet the needs of consumers who are becoming more and more demanding. ...

In the last few years, the fields of mechanical and electronic engineering have been growing at a remarkable rate. The integration of the two engineering disciplines has been a great asset for several control functions. ...

Electric motors have a very high energy cost due to the amount of energy they require to convert electrical energy into mechanical energy. Today, these devices are responsible for more than half of the world's industrial energy consumption. ...

The electric vibrating motor is used to convert electrical energy into mechanical energy to drive other vibrating equipment, in the most varied industrial branches. ...

Aluminium profiles are modular systems produced in extruded aluminium with an anodized surface finish. Thanks to their physical configuration, these systems have a high mechanical strength, however, they are extremely light. ...