One of the main advantages of laser welding is its great versatility. This technology, in fact, can be used for a wide range of different applications and allows to treat different metal materials, therefore it can be used in many areas of the industrial world, always guaranteeing satisfactory results from the point of view of solidity, speed and precision.
Laser technology allows you to weld a wide range of metals, and is due to some of the specific characteristics of the laser, namely:
The laser, properly calibrated and adjusted, is therefore able to act effectively on the metal, but to obtain an impeccable final result it is important to be able to use the instrument at your disposal in the best possible way, correctly evaluating the type of power to be used and the amplitude of the shot on the basis of the processing that is being completed.
The laser is an extremely versatile tool, and it is for this reason that it can be used in a large number of different industrial fields, possibly also in combination with other welding systems.
In general, laser welding is an excellent choice in all cases where it is necessary to carry out interventions that require precision: a laser welding machine in fact allows you to take advantage of the advantages guaranteed by the presence of a very small laser spot and the possibility of adjusting the energy of the beam, and allows to obtain extremely pleasing welds from an aesthetic point of view.
There are so many areas in which this technology can be applied: in addition to the world of goldsmithing, the laser is perfect for carrying out interventions on accessories for the automotive or aerospace sector, but it can also be successfully used in the electrical and sensors sectors, as well as in the medical and dental fields. In the latter sector, in particular, the use of lasers has caused a real revolution over the years, pushing the world of orthodontics to renew its materials and techniques and allowing to obtain results that would have been unattainable using tools. traditional.
In addition, we must not forget that the laser is ideal, as well as in the actual production, also in the research and development phase of new products: with the laser it is possible to create prototypes with particular characteristics (for example by welding on very small areas) or by intervening on particularly thin or fragile objects), on which to carry out tests in view of a large-scale production. The laser, therefore, is ideal for use also in laboratories and research centers, as well as in the industrial sector.
Elettrolaser offers a range of machines designed specifically for industrial applications, in particular for the repair of molds and dies: