Laser Cutting

Our goal was to provide significant production capacity in sheet metal technology to our partners. This is why we chose Trumpf machines. Currently, we operate with two state-of-the-art laser cutting machines.
Some key reasons why we chose Trumpf:
- Highspeed Eco Cutting Package = High-speed cutting with low gas consumption
- Smart Nozzle Automation = Automatic nozzle inspection and nozzle replacement
- Detect Line = Precise sheet position detection
- Drop&Cut = Maximum material efficiency when utilizing leftover sheets


We also accept sheet metal processing using customer-supplied materials, but thanks to our significant stock inventory, our partners can save both time and costs. For unique or special material types and dimensions, we are happy to source the appropriate quality and size of sheet materials to ensure precise laser-cut final products.


These machines operate with the best energy efficiency. Thanks to this technological innovation, fiber lasers consume just a tenth of the energy compared to gas-powered counterparts.
They make work faster. Once switched on, the laser cutting can begin immediately (no need to wait for the system to fill with gases). Their dynamism is primarily due to the direct connection with the laser-generating units.
Fiber laser cutting machines can produce significantly thinner beams, which means their angle of reflection differs from that of gas lasers. This allows for much higher laser cutting speeds during operation.
They deliver outstanding productivity with thinner sheets. For instance, a 1 mm thick sheet can be cut 3-4 times faster compared to CO2 lasers. The automatic nozzle changer further accelerates productivity.

Lézervágó gépünk lehetővé teszi az alumínium és rozsdamentes anyagok és ötvözetek vágását is. Ebben az esetben inert gázos (nitrogén) lézervágással történik az anyag megmunkálása. A 0,2-0,3 mm. lézernyaláb megolvasztja a vágandó anyagot, majd az olvadt alapanyagot kb. 20 bar nyomású, nagy tisztaságú nitrogénnel távolítja el. A nitrogénes vágás során az anyag elszíneződése az éleken minimális, a felület védelme érdekében "lézervágható" fóliát alkalmazunk.

Lézervágható fólia használata során első lépésben ezt a fóliát a vágási vonalak mentén lényegesen csökkentett teljesítménnyel elgőzölögtetjük, majd a teljesítmény vágási értékre állítása után az anyagot kivágjuk. A módszer előnye, hogy a fólia akár a végső felhasználásig a lemezen maradhat, így a felületi sérülések elkerülhetőek.

 

The most common material used in laser cutting technology is carbon steel.
For carbon steel, unalloyed, and low-alloy steels, the cutting process is performed using oxidative laser cutting. In this method, the focused laser beam heats the material to its melting temperature, and then high-purity oxygen at 2-3 bar pressure is introduced into the cutting gap to sustain combustion, effectively burning through the material. Naturally, if requested at the time of order, we can also execute inert gas (nitrogen) laser cutting for carbon steel sheet components.