The technological development and innovations offered by laser cutter heads and laser optics have helped to improve the quality of cuts made by lasers. Today, operator interventions in the overall laser cutting process are becoming less and less necessary, and more emphasis is being put on total cutting automatization. This is something that can be achieved by way of the latest innovations of this technology. While finding laser cutter options at Boss Laser is easy, learning to make the most of these machines can be more challenging.
The Technological Advancements Offered by Laser Cutting
With laser cutting technology developing and evolving, it is now possible to cut all types of materials. Also, the advancement of the components used in a laser cutter machine has helped to increase precision and made it possible to achieve more complex and intricate cuts.
However, in the past, laser cutting had completely different applications. This mainly applies to the most common types of lasers, the CO2 lasers. Modern laser technology has provided a superior way to create prototype tools along with other components that, in the past, required the use of larger, industrial-sized mechanical cutters.
Optics Are the Key to Success
The laser optics are a crucial part of the overall cutting process. When first introduced, laser cutters used a single lens with just one focal length. This restricted the type of cutting that could be done. However, thanks to the development of multi-lens technology, laser cutting could be done at much higher speeds. Also, the quality of the cuts has improved.
In the past, the lens replacement was more complex, and the cutter would have to be completely dismantled. Also, it lasted for a while. However, this is also when laser cutter manufacturers began to install even more lenses into their cutters.
The demand for higher quality laser optics resulted in the creation of an autofocusing system. With this system, the operator did not have to manually adjust the lens’s focus, and instead, the focusing system would handle this automatically. The increased quality and speed of the cut resulted in minimal time being wasted. Also, by enhancing and developing the laser cutter head, the lens replacement process became much simpler. Today, it will last, on average, for 20 minutes.
Automatization of Laser Cutting
Automation has helped to increase laser cutting speed. This type of CNC technology has been upgraded to ensure the laser cutter could run more complex positions with no problems, at all. Also, with metal plats being automatically cut, it was possible to accelerate the cutting process, which allowed the operator to focus only on the parameters of the laser cutting project.
Along with the automatizationÃ‚Â of the process, automatic changes for the cutting head occurred, as well. Because of the need to change the laser lens in the middle of cutting, the system is now designed to adjust the lens automatically or to replace the laser cutter head. When this type of system is in place, the entire laser cutting process is more efficient and faster.
It is clear that innovation is needed in the laser cutting industry, and from the information here, it is something that continues to happen. Be sure to keep this in mind when using any laser cutting machine.