Ultrashort-pulse laser for high-precision applications
The FOBA F.0100-ir is an ultrashort-pulse laser marking system used in applications where process precision and material protection are critical factors. The technology generates pulses in the pico- and femtosecond range, enabling very precise control of the interaction between the laser beam and the material.
Clear results with minimal thermal influence
Due to the extremely short pulse duration, energy is transferred to the material in a highly controlled manner. This significantly reduces heat input and allows for fine markings even on sensitive materials or components with tight tolerances.
Technical markings for demanding applications
This technology is frequently used for high-contrast markings on metals such as stainless steel or titanium, including deep black markings used in medical applications. At the same time, the system can be used for marking engineering plastics, glass, or other sensitive materials.
Integration into industrial processes
The system features a compact design and can be integrated into both dedicated marking stations and directly into automated production lines. Combined with FOBA software and optical alignment solutions, it enables precise control of positioning and the marking process.
Who is it suitable for?
- manufacturers that mark sensitive or high-precision components
- applications where thermal influence must be kept to a minimum
- processes that require fine marking on metals, plastics, or glass
- factories that require traceability in demanding industrial applications
