Laser Cutting & Engraving Systems
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Laser cutting and engraving systems use focused laser beams to cut, mark, or engrave sheet material and profiles. The suppliers below manufacture, distribute, or integrate laser cutting and engraving equipment for metal and non-metal processing across European industry.
What Laser Cutting & Engraving Systems suppliers provide
Suppliers in this category cover laser cutting machines for flat sheet and tube or profile stock, alongside laser engraving and marking systems used for part identification and decorative work. Equipment ranges from CO2 and fibre laser cutting systems to smaller-format engraving units for non-metal materials such as plastics and wood. Their core competence lies in matching laser type, power, and beam control to the material thickness and cutting or marking task. Many also provide software for nesting and part programming, plus installation and maintenance services. In the pre-selection phase, compare which laser types and material ranges each supplier specialises in rather than individual power ratings.
Relevant standards
Thermal cutting quality is addressed by ISO 9013, which defines quality classes for oxy-fuel, plasma, and laser cutting. General machinery safety follows EN ISO 12100. Supplier quality management is typically certified to ISO 9001.
Frequently asked questions
What is the difference between laser cutting and laser engraving systems?
Laser cutting systems sever material completely along a programmed path, while laser engraving and marking systems remove or alter only the surface layer to create identification marks or decorative patterns. Some machines combine both functions.
Which cutting quality standard applies to laser-cut parts?
ISO 9013 defines quality classes for thermally cut edges, including those produced by laser, and is a common reference when specifying edge quality and dimensional tolerance for cut parts.