At COUTH, we develop laser marking solutions designed to ensure permanent traceability of components in demanding industrial environments. Using solid-state, CO₂, and MOPA technology, our equipment precisely marks 2D Data Matrix codes, text, and logos on metals, organic materials, ceramics, and engineering plastics, adapting to the process specifications of each material.
Designed to operate in continuous 24/7 cycles, our laser marking systems combine maximum processing speed with direct integration into automated lines, robotic cells, or Class I standalone workstations.
At COUTH, we design, develop, and manufacture laser marking machines to meet the highest demands of advanced manufacturing.
Our expertise in marking technology allows us to offer high-performance laser markers, optimized to ensure precise identification and flawless industrial traceability in every production process.
At COUTH, we develop laser marking solutions designed for integration and continuous operation in robotic cells and smart production lines. The stability of the laser source and the precision of the galvanometer head ensure consistent marking repeatability and maximum resolution in high-throughput processes.
Industrial laser marking offers superior performance through key operational features:
Our laser solutions require no physical contact between the marking machines and the part being marked. This ensures that the material does not suffer deformation or damage during the marking process, even on thin parts.
The automated industrial laser marking process guarantees precise, high-quality results, ideal for components in the automotive, aerospace, rail, and metallurgical sectors.
Laser markings are permanent and wear-resistant, ensuring they will not be erased, fade, or deteriorate over time—making them ideal for applications requiring high durability, such as product identification or industrial traceability.
Our laser markers operate efficiently on a wide range of materials: various types of steel, aluminum, titanium, brass, engineering polymers, ceramics, and various organic composites.
High-speed marking processes that allow marks to be made in seconds, integrating seamlessly into 24/7 continuous production lines and improving efficiency in industrial workshops.
Laser marking of 2D codes, serial numbers, and logos using our laser solutions ensures the traceability and authenticity of components, in accordance with the ISO/IEC 16022 standard.
Programmable solutions that allow you to instantly change the part number, shape, size, or marking pattern without line stoppages or physical tooling changes.
Unlike inkjet or pad printing technologies, industrial laser marking equipment requires no inks, solvents, or consumables, reducing the Total Cost of Ownership (TCO) and environmental impact.
COUTH LASER’s laser marking machines combine precision, speed, and technical reliability to deliver maximum efficiency in industrial identification and traceability.
COUTH’s laser marking machines provide direct benefits to plant efficiency and profitability:
At COUTH, we offer a wide range of laser marking solutions designed to adapt to any production need, combining different technologies with high-precision marking stations.
These are the laser markers we offer:
We also offer several models of laser marking stations:
COUTH’s laser marking machines are designed for component identification in highly demanding sectors such as automotive, aerospace, electronics, and medical devices. Our laser marking technologies work on steel, aluminum, titanium, brass, and engineering plastics, marking 2D Data Matrix codes, QR codes, serial numbers, and logos without compromising the integrity of the material.
This industrial laser marking process is essential for ensuring individual traceability throughout the product’s entire lifecycle, authentication against counterfeits, and quality control on automated production lines.
The precision of our laser markers allows for the recording of critical information on parts with complex geometries or small dimensions, ensuring optimal optical readability and direct integration into the manufacturing workflow.
As you’ve seen, our laser markers offer great versatility in terms of their use on different materials. Here are the most notable ones:
The laser marking process can vary depending on the interaction between the source’s wavelength and the material being marked, with different techniques used depending on the desired result:
To perform these techniques with maximum precision, our laser markers feature adjustable power sources with standard power levels of 20W, 30W, 50W, 60W, 100W, and 200W (higher power levels can be integrated as required by the process).
Selecting the optimal power depends on the required cycle time, the material’s reflectivity, and the marking depth needed for component traceability.
At COUTH, we have a history in the industry dating back to 1956, dedicated to developing traceability solutions for global manufacturing. Our laser marking machines are designed to meet the highest engineering standards to address the operational needs of your facility, incorporating advanced technology that ensures maximum efficiency and repeatability in every process.
If you’re looking for an industrial laser marking solution for your production lines, contact our team of specialists. We’ll advise you on selecting the laser marker that best suits your integration requirements and material specifications.
At COUTH, we conduct a comprehensive assessment of each project’s marking needs, analyze them in detail to determine the appropriate laser source, and propose the most effective solution.
