Laser Marking and Cutting: Solutions for Industry and Jewelry Workshops

The use of lasers for marking and cutting offers numerous advantages in both industrial and artisanal settings. This technology delivers exceptional speed, accuracy, and precision, outperforming traditional tools.

Widely adopted across various production sectors, laser technology has become increasingly accessible and versatile. It caters to the needs of both small laboratories and large industrial plants processing thousands of pieces daily. The key is selecting the right tool that balances power, ease of use, and space availability to meet your specific requirements.


The laser beam is directed onto a very small area of the object, heating it intensely and precisely, which removes a limited amount of material. This controlled transfer of energy, in the form of heat, allows for quick and accurate surface engraving. The technique enables the creation of small-diameter, deep engravings. By adjusting the laser's power and exposure duration, you can achieve varying depths without damaging the object.

By utilizing this principle, it is possible to engrave various metals and even some plastic materials with high precision and unique aesthetic results. Special software precisely controls the laser's power and intensity, enabling the creation of bas-reliefs of different thicknesses or photo-engraving objects with images or photographs.

Lasers can also be used for cutting. Repeated passes of the laser beam over the same area gradually remove the material. This method produces extremely precise cuts, as only a minimal amount of material is removed with each pass.

Therefore, lasers are the ideal tool for completing a wide range of processes, from engraving and marking to cutting, quickly and accurately..

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The advantages of laser marking.

Using a laser for marking operations offers numerous advantages, including:

• **Versatility:** Laser markers can perform various processes, from trademark engraving to photoengraving, consistently delivering excellent results. With familiarity, users can quickly switch between different processes. Lasers also work with a wide range of materials, and specialized models like the FiberLUX 3D by Elettrolaser enhance this capability.
• **Accuracy:** Laser engravings and markings are extremely precise due to the accurate control of the firing diameter. This precision ensures aesthetically perfect results, enables thin incisions, and allows work on fragile, delicate, or hard-to-reach parts. Laser marking can achieve tasks that traditional engraving tools cannot, including special interventions like photoengraving.
• **Durability:** Laser engravings are not only precise but also resistant to time and corrosion from atmospheric agents or chemicals, ensuring they remain perfectly visible.

**Speed:** A laser marker significantly reduces the time needed to engrave an object. Whether using small tools like the Fiberlux NANO by Elettrolaser or more powerful instruments on industrial lines, engravings are completed much faster.

**Efficiency:** Laser markers are designed for high efficiency, reducing processing times, requiring minimal maintenance, and producing no waste.

**Ease of Use:** Laser markers come with software tools for interaction, calibration, project file acquisition, and process initiation. All Elettrolaser marking machines feature user-friendly programs that are easy to learn, requiring only brief operator training, provided by our technicians either in person or remotely.

**Traceability of Components:** Laser marking makes industrial production components traceable, helping companies comply with ISO quality standards. Laser marking is quick and reliable, ideal for complex engravings like barcodes, QR codes, logos, and serial numbers. Elettrolaser marking machines automate these processes, minimizing the need for operator intervention.