The choice of an appropriate origin of industrial laser is simply a decision that straight affects the quality, cost and efficiency of production. Engineers and technicians must take into account not only the kind of material and sheet thickness, but besides the level of automation and production requirements. TRUMPF offers a wide scope of solutions – from 2D cutting machines to advanced 3D systems to lasers to pipes and profiles. In this article we propose how to choose an industrial laser to become the best tool in modern production.
2D cutting machines – precision laser for metallic cutting
2D laser cutting machines TRUMPF brand is simply a proven solution that allows fast and precise cutting of sheet metallic in different thicknesses. Thanks to a unchangeable origin of industrial laser, they supply repetitive effects and minimal material losses. It is an perfect choice where accuracy and advanced efficiency are crucial erstwhile working flat elements.
In practice, these machines offer not only excellent cutting quality, but besides flexibility in working with different metallic species. The automation systems utilized reduce the time of refits and let for more economical usage of the power of the device – which is crucial throughout the production process.
3D technology – fresh possibilities in the selection of laser for metalworking
When standard flat sheet cutting is not enough, they come with aid 3D laser cutting machines. These are solutions that let processing of spatial elements – both prototype and serial production. Their top advantage is flexibility, allowing for complex shapes and cuts at different angles.
This kind of laser in manufacture responds to increasingly complex plan requirements in automotive, aerospace or device industries. For engineers wondering how to choose an industrial laser to work with complex details, 3D technology besides becomes a natural choice.
How to choose an industrial laser for pipes and profiles?
In the case of series production of cylindrical and structural components, the best solution is Laser cutting machines for tubes and profiles. They let automatic feed of the material, precise positioning and repeatability of the machining, which allows to importantly shorten the production cycle time.
With specified systems, the selection of laser for metalworking becomes simpler. alternatively of many stages of work, you can complete the full process in 1 device. This translates into higher efficiency and lower costs – making this tool the best laser for tube and profile production.
Other types of lasers in manufacture – fibre optic, CO2, disk or pulsed?
The TRUMPF offer includes various laser sources that can be selected for the specificity of the process. The disc laser is distinguished by the stableness and advanced quality of the beam, so it is large for cutting and welding metals. The fibre laser, besides called fibre optic, is an energy-efficient solution, very effective in cutting thin and average sheets.
For demanding precision tasks, lasers with short and ultra-short pulses are available, which minimize the heat impact zone, as well as pulse lasers, utilized for marking and microtechnology. The fibre optic lasers dominated due to the price of their production CNC device tools market. CO lasers2 are presently only utilized in the production of high-level integrated circuits.
Laser origin parameters – what to pay attention to erstwhile choosing?
When choosing to buy a machine, it is worth considering any key factors:
- laser power – determines the maximum thickness of the cut material,
- wavelength – influences the efficiency of different metals,
- quality of the beam – determines the precision and smoothness of the edges,
- operating costs,
- automation – the better the laser origin works with material feeding and retention systems, the more efficient production.
The conscious selection of a laser for metalworking means not only the correct kind of source, but besides the appropriate matching of the device's functions to the production processes. It is an investment that returns in the form of saving time and energy and improving quality.
Best laser to produce
In conclusion, the selection of an appropriate origin of industrial laser is not limited to method parameters. This is primarily a strategical decision affecting the competitiveness of the production plant. 2D cutting machines warrant precision, 3D systems open fresh machining capabilities, and tube lasers and profiles automate at the highest level.
The final choice between the disc, fibre or pulse laser depends on the kind of material, the nature of the production and the expected effects. A decently selected laser origin is simply a warrant of quality and efficiency – the foundation of a modern factory.
