Laser cutting

CO₂ Laser Cutting for flexible and technical materials

CO₂ laser cutting is one of the most advanced technologies for processing flexible, adhesive and technical materials. Thanks to the high precision of the laser beam, it is possible to produce complex cuts, engravings and high-quality processes even on materials that are particularly difficult to process with traditional mechanical systems. Guidolin Girotto machines are designed to guarantee high performance when processing highly adhesive or abrasive materials, as well as materials characterised by particularly complex geometries, offering consistent precision, high repeatability and maximum production flexibility.

Precision and quality even in the most complex processes

CO₂ laser cutting makes it possible to achieve extremely precise processing with tight tolerances, without direct contact between the tool and the material. This feature makes it possible to process complex components while reducing tool wear and maintaining high cutting quality even in continuous production. The precision of the laser beam makes this technology ideal for flexible materials, adhesive materials, technical films, laminates and supports intended for the automotive, medical, electronics, converting and packaging sectors.

FAQ – Frequently asked questions about CO₂ laser cutting

Why choose laser cutting instead of mechanical cutting?

Laser cutting is particularly suitable when very complex geometries, high precision and maximum flexibility are required. The absence of direct contact with the material reduces tool wear and makes it possible to perform processes that can be difficult with traditional cutting systems.

Which materials can be processed with a CO₂ laser?

The CO₂ laser is ideal for numerous flexible and technical materials, including plastic films, adhesive materials, PET, polyester, foams, composite materials, technical fabrics and other substrates used in converting, packaging, automotive, electronics and medical applications.

Can laser cutting be integrated with other cutting technologies?

Yes. Our machines can combine laser cutting with mechanical systems such as dies and blades, allowing multiple processes to be performed within the same production cycle. This integration improves productivity and reduces processing times.

What is the difference between a galvanometric laser system and a plotter system?

Galvanometric technology uses moving mirrors to direct the laser beam at extremely high speed, making it particularly suitable for high-speed processing. Plotter-type systems, on the other hand, move the cutting head along the machine axes and are an ideal solution for specific geometries and processing dimensions. The choice depends on the type of application and production objectives.

In addition to cutting, what other processes can be performed with the laser?

The laser can perform several processes within the same system, including kiss-cutting, total cutting, engraving, micro-perforation and protective liner cutting. This versatility makes it possible to reduce the number of production steps and optimise the entire process.

Is laser cutting also suitable for customised production or small batches?

Yes; thanks to digital process management, format changes can be carried out quickly without the need to replace mechanical tools. This makes laser cutting particularly suitable both for series production and for prototypes, samples and small batches.

Can laser machines be customised according to production requirements?

Certainly. Each system can be configured according to the materials to be processed, the required level of automation, the dimensions of the production line and the processes to be integrated, offering a fully customised solution.

Which industrial sectors is laser cutting recommended for?

Our solutions are used in the automotive, medical, electronics, converting, packaging, label production, technical and composite materials sectors, where precision, flexibility and cutting quality are key factors.