The F-9000 DUO fibre laser is an industrial pulsed fibre laser platform for permanent, direct part marking. It is designed for manufacturers that need precise identification, reliable traceability and a configurable laser solution for production lines or standalone marking workstations.
It can be assessed for serial numbers, product references, batch codes, barcodes, Data Matrix codes, QR codes, logos and technical graphics on suitable metals, plastics and composite materials.
The F-9000 DUO Series creates marks directly on the component without physical contact or ink transfer during the marking process. This makes it suitable for applications where code durability, contrast and readability are important.
Typical applications include:
The F-9000 DUO Series is designed primarily for demanding metal-marking applications. It can also be assessed for selected engineering plastics and composite materials.
The final result depends on the material composition, surface finish, coating, colour, code size and required contrast. Macsa id validates the real component before defining the laser power, optics and marking parameters.
The F-9000 DUO fibre laser can be integrated into high-speed production lines or installed in a standalone laser marking workstation. The right configuration depends on part handling, available space, cycle time, code content and automation requirements.
The standard F-9000 DUO pulsed range is available in 10 W, 20 W, 30 W, 50 W and 100 W configurations. The appropriate power is selected according to the material, marking area, desired effect and throughput target.
DUO technology uses one processor for data management and another for laser control. This helps maintain marking performance when jobs include variable information such as serial numbers, batch data or individual traceability codes.
Marca software supports the creation and management of text, 1D and 2D codes, logos and graphic files.
Selected F-9000 DUO configurations can incorporate 3D marking capabilities. This allows 2D content to be mapped onto regular geometries such as cylinders, cones and spheres, as well as suitable irregular surfaces from 3D CAD data.
Depending on the application, 3D marking can reduce the need for mechanical movement, rotary systems or complex handling.
For applications that require more control over the laser-material interaction, the F-9000 DUO MOPA configuration is available in 20 W and 50 W versions.
MOPA technology provides selectable and programmable pulse widths. Shorter pulses can be suitable for selected delicate plastics and thin materials, while longer pulses can support deep engraving and controlled material removal on suitable components.
Keep this as a short introduction and link it to a separate F-9000 DUO MOPA page. Do not present MOPA pulse-control benefits as standard features of every F-9000 DUO system.
Every application requires a different combination of laser power, lens, marking head, integration method and software configuration. Send Macsa id a representative part, material details, code content and production target so we can define the right F-9000 DUO solution.
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