Safety glasses for lasers

3-axis CO2 lasers are high-precision marking and engraving systems designed to meet industrial needs where flexibility and processing quality are essential.

Unlike standard 2-axis CO2 lasers, 3-axis technology incorporates dynamic optics that expand the working area while maintaining a focused and homogeneous beam across the entire surface.

This architecture offers several advantages: an enlarged marking area without loss of sharpness, and control over focal depth, allowing for marking on flat, inclined, or slightly curved surfaces with uniform power and quality across the entire processing zone.

These features make 3-axis CO2 lasers particularly suitable for demanding industrial applications: cutting and marking plastics, paper, technical textiles, glass, or organic materials.

The UV Basic laser, equipped with a galvanometer head, features an open design without a protective enclosure, allowing for the marking of large parts without size constraints.

Due to the low thermal emission of its UV beam, this system is particularly suitable for marking sensitive materials such as glass, ceramics, technical plastics, or certain metals with low thermal conductivity, while limiting the risks of alteration or deformation.

Thanks to its optimized marking speed, it offers high productivity and great reliability, responding with precision, repeatability, and speed to the requirements of the most demanding industrial environments.

The CMark Basic, combining compactness, performance, and accessibility, is specially designed to meet the requirements of modern production environments and is equipped with a class 4 galvanometer head to ensure optimal precision.

To ensure compliance with strict workstation safety standards, the CMark Basic can be easily converted into a class 1 version in its Pro variant, allowing for risk-free integration into production spaces.

Featuring a wavelength of 10,600 nm in the infrared spectrum, this laser ensures clean, permanent, and durable marking on a wide range of materials. It particularly excels on natural materials such as wood, leather, paper, cork, or cardboard, as well as transparent materials like glass and plastics such as PET or PMMA. It is also capable of precisely marking coated surfaces, including paints and anodized aluminum.

Beyond its industrial performance, this technology offers the advantage of generating no waste, thus contributing to a reduced environmental impact. It meets productivity requirements while respecting sustainability goals.

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 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.