I would like to buy the fiber laser cutting machine - how and why?

7/20/21, 7:33 AM

What is the reason that more and more entrepreneurs decide to buy cutting machines that cut in fiber laser technology? Just one thing is certain - the price is no reason in this case. The cost of this kind of machine is the highest. So it must offer some possibilities that make it technology leader.

This article will be a recognizing of all cutting technologies working terms. It will be also a confirmation that a price is not always the most important argument for investment. On the other side there will be presented some useful information which can be helpful during the choosing the best model of fiber laser cutting machine.

At first, it’s necessary to know your working terms well. What types of materials the machine will cut? Are there be a lots of materials to be cut that you should buy the machine? Maybe the outsourcing would be better solution? The other important point is a budget. Even if you have not enough money, you can use different ways of financing. There are many grant sources which can make your financial situation better.

If you would like to analyse cutting precision, the fiber laser is the best technology. It is even 12 times better than plasma cutting and 4 times better than water cutting. So, the fiber laser cutting will be the best solution for the companies that need get masterpiece of precision, even for the most complicated elements. The one of reason of this level of precision is very narrow cutting gap. The fiber laser technology lets also get perfect shape of small holes.

Another advantage of laser cutting machines is the best cutting speed. However the water cutting is also very precise but it takes much more time. The fiber laser cutting machines achieves even 35 m/min speed. It ensures immeasurably better efficiency.

It’s also important to pay attention to the slag, that is set on the element after the cutting process. It makes necessary to waste more time for cleaning. It generates also more costs and more time for preparing final product in this way. The slag is particularly inherent during the plasma cutting process.

There is one more reason that laser machines are better than plasma machines. Laser cutting is not so loud as loud like plasma cutting. Even cutting under the water can’t stop generating noise.

The thickness is particularly the only limitation for the laser technology. Working with thin materials, fiber is suitable – in this case the fiber laser is the winner. Unfortunately, if you use materials over 20 mm, you should think about another technology or buy the machine over 6 kW (it is not profitable). You can also modify your plans and buy two machines: 4 kW or 2 kW laser machine and the plasma cutting machine. It is cheaper set and it has the same possibilities.

Now, when you know some facts, there will be presented things about the costs. The fiber laser technology is the most expensive technology. Cheaper are waterjets but the cheapest is plasma technology. The situation is changed comparing machine cost of operation. The cutting costs are relatively low in fiber laser technology.

Generally, the fiber laser technology is the most universal. It lets cut a lots of materials – metals, glass, wood, plastic and many other. It is also the master of precision and look of cut out elements. If you use thin materials often, the fiber laser cutting machine is the most optimal choice for you.

When you made a decision and chose fiber, you must think about the model. It doesn’t mean the producers analyse. It means parameters. There are many parameter combinations that determine the best choice of solution.. Now, there will be a compiled together various parameters: lasers power, cutting fast and material thickness.

General idea is that the laser power grows with the material’s thickness. Mostly you can find machines that power is in range 2-6 kW. If the thickness is constant, the speed grows with the power value. But it isn’t good idea to cut very thin materials using 6 kW. It is not effective and generates a lot of costs. You should know the machines price depends on the laser’s power. These differences are so big. It’s better not to choose too high laser power.

Now, there a lot of additional equipment for the laser cutting machines. They should make the parameters better. Depends of your needs it is possible to choose some components and get synergy effect. One of the examples is the PCS (Piercing Control System) that is offered sometimes. It is the innovating system that reduces piercing time thanks the optic colours and temperature analyse. Using analysed parameters, controller LPM (Laser Power Monitor) takes the control of the laser beam and prevents micro explosions during the piercing and limits slag creating. The important advantage of this system is the working table protection and longer life time of nozzles and filters.

If you do correct analysis of market offer you can avoid many mistakes. You should know the newest solutions. Any doubts you should discuss with specialist. This approach to the purchase of the laser machine gives you a real possibility to avoid wasting of money and make your advantages stronger.

Yes. Eckert CNC is introducing laser cutting technology as a complement to existing solutions: plasma, oxygen and water-based, offering a full spectrum of metalworking.

In the area of lasers, Eckert has partnered with SLTL Group, a global manufacturer of laser systems that has been in business since 1989 and provides solutions to industries around the world.

Integrating laser technology into the Eckert CNC portfolio allows us to offer more flexible manufacturing systems to increase productivity, precision and automation levels in modern plants.

Most important benefits of 3D laser technology:

  • very high precision machining
  • possibility of cutting at multiple angles
  • no need for manual adjustment of components
  • reduction of material waste
  • high production repeatability

This technology significantly speeds up the production process of steel structures.

New laser cutting technologies are advanced material processing systems that use modern laser sources, automation and artificial intelligence. Their goal is to increase the precision, speed and efficiency of manufacturing in industry.

Eckert's product range focuses primarily on modern **fiber lasers**, which are now the standard in industrial metal cutting. These devices provide high precision, high processing speeds and low operating costs, making them suitable for use in batch production and advanced sheet metal processing. In Eckert systems, lasers are often integrated with CNC automation, allowing full process control and maximum efficiency. Solutions based on complementary technologies are also being offered, but fiber laser and production automation remain the key direction of development.

 

 

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