New generation fiber laser for engraving and marking.

The FYBRA II laser source consists of a diode array that can generate a high-power beam. The laser consists of two modules: the source and the control electronics are connected to the laser head by an optical fiber. The fiber laser beam is led by an optical fiber from a source (socket module with control electronics) to the laser head. The galvanometric assembly and optics are located in the deflection head block and form the so-called laser head. This laser can be integrated into a production line or a single-purpose machine.

We recommend this model for use in very busy or continuous operations. It is resistant to various adverse effects, such as vibration and dusty environments.

Thanks to the properties of the active optical fiber, the laser beam from the source is significantly amplified, which increases its quality and energy while maintaining the size of its diameter. Therefore, it is possible to achieve high-contrast laser marking and laser engraving on metals and their alloys or plastics.

The FYBRA II model is controlled by its own EuGenius® application program, which is supplied with the laser. There are many parameters and options of control for user in a clear graphical interface, settings related to communication and control of additional devices. The laser can be connected to external devices via RS-232 serial connection, Ethernet communication protocols (TCP / IP or Profinet).

Fybra II provides its users significant freedom to implement the system in the 4.0 industry.

Laser FYBRA is recommended for marking of the following materials:
Anodized metals, burnished, black and painted surfaces, ceramics, plastics, polycarbonate, silicon, ebony.