Laser engraving, cutting, and marking machines

The UV Basic laser features a galvanometer head and an open, enclosure-free design, allowing large parts to be marked without any size restrictions.

Thanks to the low thermal output of its UV beam, the system is ideally suited for sensitive materials such as glass, ceramics, technical plastics, and low-conductivity metals, minimizing any risk of damage or deformation.

With its optimized marking speed, it delivers high productivity and consistent reliability — meeting the precision, repeatability, and throughput demands of the most demanding industrial environments.

3-axis CO2 lasers are high-precision marking and engraving systems built for industrial applications where flexibility and processing quality are critical.

Unlike standard 2-axis CO2 lasers, 3-axis technology uses dynamic optics to extend the working area while keeping the beam focused and consistent across the entire surface.

This design brings clear advantages: a larger marking area without any loss of sharpness, and dynamic focal control that allows marking on flat, angled, or slightly curved surfaces with uniform power and quality throughout.

These capabilities make 3-axis CO2 lasers particularly well suited for demanding applications involving plastics, paper, technical textiles, glass, and organic materials.

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.”

The Mira 5 CO₂ laser machine, equipped with a glass tube, is a true asset for personalization, prototyping, or testing new products, without requiring large production runs.

Thanks to its accessible components and simplified maintenance procedures compared to large industrial machines, it remains operational with less effort and time.

Economical and compact, it offers great versatility by allowing engraving and cutting on various materials such as wood, acrylic, leather, paper, cardboard, fabric, and certain plastics.

The V2000 compact CO2 laser, equipped with an American RF tube, combines versatility, quality, and ease of use.

Its engraving and cutting are highly precise, allowing work on a wide range of materials such as wood, acrylic, leather, textiles, etc., thus meeting the needs of a diverse clientele.

Space-saving, it integrates easily into limited areas, making it an excellent choice for businesses with small workshops or multisectoral departments looking for a flexible and efficient solution without sacrificing workspace.

The Fiber Mark Tool mobile laser, equipped with a fiber laser source, is capable of effectively marking a wide range of metals such as stainless steel, aluminum, brass, and copper, as well as certain plastics and ceramics.

Easily transportable and equipped with a battery, it offers increased flexibility for applications requiring on-site interventions or the marking of bulky parts.

This small laser combines mobility, precision, and versatility, providing an efficient solution for both industrial environments and personalization projects.

The Fiber Mark Basic marking laser is distinguished by its open, frameless design, which allows for the marking of large-sized parts.

Compact and space-saving, it is designed for high-speed permanent marking and engraving on a variety of materials, including metals (stainless steel, carbon steel) and hard plastics (ABS, PVC).

It excels in creating references, identification plates, barcodes, QR codes, and data matrix codes with high precision.

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.