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eurolaser: CO₂ Laser Systems for Plastics and Technical Textiles

  • Publicado el 21 de Agosto de 2018

eurolaser is an ISO 9001 certified premium supplier of modular CO2 laser systems of up to 3.20 meters in width and length. The Lüneburg-based company is one of the world's pioneering suppliers for the automotive supply industry – for all non-stop producing two-dimensional applications in the non-metal sector.

Conventional mechanical methods, such as blade- or die-cutting, are extremely time-consuming, complex, dust-intensive and costly. Tools wear faster and must be replaced. The cut edges often fringe and must be reworked in further steps. In addition, the contour of cutting dies cannot be changed flexibly.

In contrast, contactless laser cutting is incomparably flexible, clean, fast and cost-efficient. It also allows distortion-free cutting and highest precision. Regardless of the fabric structure, processing can be carried out in all directions. Low dust generation during cutting reduces the amount of cleaning required significantly.

eurolaser: CO₂ Laser Systems for Plastics and Technical Textiles

The thermal laser-processing of technical synthetic textiles melts the cut edges. As the edges do not fringe when cut, they can be processed further right away. There is no tool wear and the cut quality is consistently high.

The eurolaser table concepts are individually configured and suitable for integration into industrial workflows 4.0. Depending on the processing material, laser sources of 60 to 600 watts are used. In addition to textile and plastics processing, eurolaser systems also offer a variety of interior and exterior applications in vehicle construction in a 24/7 operating mode.

In all eurolaser systems, suitable table solutions without fixation systems ensure the optimum position of the source materials fed. In order to ensure fully automatic laser cutting directly from the roll, a conveyor belt system and a winding unit for processed textiles was developed. A dedicated nesting software by eurolaser provides for automated waste minimization in advance.

The parallel extension of the CO2 laser systems with additional tool options enables the additional use of labelling, ink-printing and ink markers to apply information the intermediate products for downstream processes.

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