Laser Processing


Laser cutting

Laser cutting is one of the most efficient methods of cutting steel, stainless steel or aluminum sheets used in various industrial fields: construction, automotive, agri-food, oil, transportation and so on.

At the same time, it is a technology that considerably reduces production times and costs. The cut pieces do not have burrs are very little thermally influenced, being easy to process later if they are painted in electrostatic field or are subjected to heat treatments and mechanical processing.

The clear advantages of laser cutting in front of mechanical cutting are represented by the ease of execution of the works but also by the precision that laser cutting offers. Also, the risk of deforming any kind of laser cut material is minimized.

The Laser Processing team uses laser cutting equipment that is highly performing and accurate to create high quality parts. This cutting process will melt the excess material by combustion or vaporization, after which a strong gas jet will remove any type of residue following the metal processing process. In the end you will get a very well finished product.

Technical details about laser cutting

Laser cutting materials are usually used in industry, but in recent years it is also used in increasingly diverse fields such as interior design, advertising, DIY, architecture, landscaping, product design.

The laser cutting process is ideal for cutting steel that has a maximum thickness of 25mm. This process is extremely precise and will achieve a very small slit width, and this way you can cut precise contours and even small holes with precision. The edge quality is very good and with low roughness having very small residual lines.

Another advantage of the laser cutting process that we must take into account is the degree of reliability offered. Besides, the lifetime of consumables is very high, having a very good automation process so that all the operations performed by laser cutting are executed with maximum precision.

Given that the laser will have no physical contact with the metal to be worked on, there will be no wear of both the equipment and the material - the latter will not be contaminated at all. Compared to traditional cutting means, laser cutting with the help of modern machines will produce very quality finished pieces with fine edges.

Among the few methods to reduce the processing time and the final delivery of the finished material, we find the laser cutting services offered by the Laser Processing team - so we will reduce the working time and the final costs compared to the classical methods. The materials that result from the cutting process The laser provided by our team are very well worked, eliminating the risk of ugly deformations or even damage to parts.

  • Maximum thickness cut

    TRUMPF - TruLaser 3030 L20: Size of the sheet that can be cut is max. 3000 x 1500 mm, with a thickness of up to 25 mm: Steel: 25 mm, Stainless steel: 20 mm, Aluminum: 12 mm.

    TRULASER 3040 L32 format 4000 x 2000 mm: Size of the sheet that can be cut is up to 4000 x 2000 mm, thickness up to 20 mm: Steel: 20 mm, Stainless steel: 15 mm, Aluminum: 10 mm.
  • Cutting precision

    From 0.2 mm to 0.02 mm.

  • Equipment

    TRUMPF - TruLaser 3030 L20 is a next-generation machine that combines innovative technology and high power laser with a new design concept and optimized usability.

    New equipment May 2017: TRULASER 3040 L32 format 4000 x 2000 mm is the newest and most advanced version of the Trumpf CO2 leasers.
  • Industries

    Constructions, automotive, heavy industry, food industry, agriculture, design, DIY, advertising arrangements.