Galvanometric station laser machines

All our machines CO2 laser with galvanometric station

Advantages of our CO2 galvanometer station laser engraving machines

CO2 laser marking with a galvanometer station offers a fast, precise, and reliable solution for high-quality marking on organic materials and polymers (wood, leather, cardboard, paper, technical textiles, PMMA plastics, ABS, PET…).

Thanks to its ultra-fast galvo head, the laser beam is directed with great precision, allowing for non-contact, high-speed marking, even for complex designs. Cycle times are thus considerably reduced compared to flatbed systems.

This technology, which requires no consumables and has no mechanical wear, guarantees permanent marking and integrates easily into automated production lines or standalone workstations, with minimal maintenance.

Our range of CO2 galvanometer station laser machines

Laser de marquage Co2

CMark Basic

The CMark Basic combines compactness, performance, and affordability, making it well-suited to the demands of modern production environments. It comes equipped with a Class 4 galvanometer head for optimal precision.

For workstations that require strict safety compliance, the CMark Basic can easily be converted to a Class 1 setup with the Pro variant, allowing for safe, risk-free integration into production spaces.

With a wavelength of 10,600 nm in the infrared spectrum, this laser delivers clean, permanent, long-lasting marks across a wide range of materials. It performs particularly well on natural materials like wood, leather, paper, cork, and cardboard, as well as transparent materials such as glass and plastics like PET or PMMA. It can also precisely mark coated surfaces, including painted finishes and anodized aluminum.

Beyond its industrial-grade performance, this technology produces no waste, helping reduce environmental impact—so it delivers on productivity without compromising sustainability.”

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Laser à fibre version Pro

CMark Pro

The CMark Pro is a high-performance CO₂ laser built for industrial marking and engraving of organic materials such as wood, glass, paper, cork, and technical textiles.

It’s designed for the most demanding sectors — industry, aerospace, medical, and defense — where performance and reliability are non-negotiable.

The system stands out with its high-precision galvanometer head, delivering fast, sharp, and perfectly reproducible marking even under intensive production cycles. Combined with a powerful CO₂ beam, it ensures excellent detail across a wide range of substrates.

Built for easy integration into industrial environments, the CMark Pro is a standalone marking station equipped with an industrial PC and dedicated engraving software.

Its reinforced vertical chassis ensures robustness and stability, while an optional pass-through door allows bulky or long parts to be handled without compromising marking precision.

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Fibre Mark Pro XY un graveur laser fibre pour métaux et plastiques

CMark Pro Max XY

The CMark Pro Max XY is an industrial laser marking system combining a CO₂ RF tube with a motorized XY table for processing large marking areas with maximum flexibility and consistent quality.

Built for multi-material production, it accurately engraves and marks a wide range of substrates including wood, textiles, leather, composites, and cardboard.

The system works by automatically dividing the surface into zones matching the lens field size.

The galvanometer head marks each zone quickly and precisely, then the table moves the part to the next position along the X and Y axes.

All movements are fully synchronized by dedicated software, giving the operator a seamless experience on a single unified working surface — with no need to manage mechanical transitions manually.

The CMark Pro Max XY is a robust, scalable solution for production environments that demand high precision, large-format capability, and processing flexibility.

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How does a CO2 laser engraver with galvanometric station work?

The steps of CO2 laser engraving with a galvanometer station:

Graphic file creation

  • Design of the drawing or pattern using CAD/CAM software included with the machine or by importing from other software (AutoCAD, Illustrator, CorelDraw, Inkscape, etc.)
  • The file can be vector (for precise tracing) or bitmap (images to be engraved)

Engraving settings

  • Selection of the work type: engraving (marking) or cutting
  • Adjustment of parameters according to the material (laser power, speed, resolution)
  • Définition de la zone de travail et positionnement du point de départ

Mise en place du matériau sur la table

  • Placement et fixation du matériau à graver ou découper (bois, acrylique, cuir, etc.)

Mise au point de la focalisation

  • Réglage de la hauteur de la lentille focale (distance focale optimale entre la tête laser et le matériau)

Calibration et test de positionnement

  • Réalisation d’un « test de cadre » pour vérifier que le tracé s’inscrit bien dans la zone désirée
  • Ajustement de la position du point de départ au besoin

Lancement de la gravure

  • Activation du laser
  • La tête galvanométrique déplace rapidement le faisceau selon le dessin, en modulant la puissance du laser pour graver le matériau

Fin de la gravure

  • Arrêt automatique ou manuel de la machine
  • Retrait du matériau gravé

Nettoyage et finition

  • Élimination des résidus de gravure (poussières, cendres)
  • Possible manual finishing (dusting, polishing)

Laser marking

Gravure laser fibré sur lame de hachoir en inox
Gravure laser fibré sur lame de hachoir en inox

This technique consists of burning the surface of the material, causing carbonization that creates a visual contrast between the original color and the one obtained after marking. This method is often used to ensure part traceability, increment serial numbers, or add references.

Laser engraving

Marquage au laser CO₂ sur des marques pages de livre en cuir
Marquage au laser CO₂ sur des marques pages de livre en cuir

In this process, the laser carves into the surface of the material, removing a thin layer to form a pattern. This allows for detailed engravings on plates or other surfaces, offering precise and durable personalization.

Laser cutting

Boites découpées dans du contreplaqué avec un laser CO₂
Boites découpées dans du contreplaqué avec un laser CO₂

Laser cutting involves completely piercing the material with a very fine laser beam (about 100 microns). This technique offers high precision and superior cutting quality for various applications such as model making, cutting gaskets, or paper for invitations….

Application examples

Advantages and uses of our galvanometer station laser engraving machines

  • ADVANTAGES

    Very high marking speeds: the galvo head uses ultra-fast moving mirrors to steer the laser beam, allowing for up to several hundred markings per minute (depending on the application).

    Non-contact marking: no mechanical pressure on the part, which prevents any deformation or wear of the material.

    Clear and precise marking: no burrs or residue, without the use of inks or solvents.

    Excellent repeatability: consistent results, even in continuous production and on long runs.

    Low operating cost: no consumables, very little maintenance required.

    Material versatility: ideal for organic materials (wood, cardboard, leather, textile), plastics (ABS, PET, PMMA), labels, etc.

    Permanent and tamper-proof marking: resistant to abrasion, heat, and solvents — perfect for industrial traceability and identification.

    Integration flexibility: easily adaptable to automated production lines or standalone workstations.

    High flexibility: compatible with various part formats and geometries.

     

  • APPLICATIONS

    Wood industry: decorative or technical marking.

    Leather and textiles: personalization, traceability.

    Packaging (cardboard, paper): logos, batch numbers, dates.

    Technical plastics (PMMA, ABS, PET…): permanent and legible marking.

    Signage and POS display: combined cutting and marking.

  • Our range of galvanometer-head CO₂ lasers consists of three models capable of meeting various needs as well as industrial production requirements:

    CMARK BASIC: open frame for engraving large parts. Requires the use of safety glasses.

    CMARK PRO: closed frame for CO2 marking in a workstation delivered with a computer.

    CMARK PRO MAX XY: large-scale marking unit for marking very large parts while maintaining execution speed.

  • Our after-sales service is at your disposal to answer your questions and provide you with fast, personalized support.

    You can also access our extensive online library at any time, which includes manuals, guides, and technical resources.

    Furthermore, we offer a complete range of materials for CO2 laser engraving as well as numerous spare parts, available at all times.

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Materials compatible with our galvanometer station laser engraving machines