OT417Q

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OT417Q fiber laser is an advanced all-fiber continuous wave laser which offers many potential applications. It is developed to replace conventional solid-state lasers such as Yb-doped fibers, CO2, YAG, CO, and other diode-pumped solid-state lasers. OT417Q is a multi-wavelength and all-fiber laser with an emission wavelength range of 190-550 nm. It offers quick, easy, and economic production of laser beams.

OT417Q is a compact, highly efficient, and cost-effective solution for a variety of applications. It is an ideal laser system for industrial applications such as medical treatment, printing, welding, cutting, marking, and engraving. It is also suitable for microfabrication, clean energy, and consumer products with high power laser operation. The laser system can be easily integrated into existing optical testing and measurement systems.

OT417Q is a single-mode, single-polarization laser that offers a selectable range of output powers. The maximum output power is 20 W and its average noise is lower than 65 dB, making it suitable for a wide range of applications. The fiber laser has a fast response time, which makes it possible to perform precise and fast engraving applications. The stable output power makes it possible to maintain consistent performance over time.

The working principle of OT417Q fiber laser is based on an architecture which integrates laser diodes and Yb-doped fibers into a single all-fiber laser system. The laser diodes serve as the gain medium which is pumped by the Yb-doped fiber. The diodes are optically coupled with the fiber, which acts as a waveguide for the generated laser light. The waveguide limits the laser beam’s divergence, while the gain medium provides the active elements of the laser system.

The Yb-doped fiber is pumped by laser diode light, which further amplifies the light. The amplified laser light is then guided through the fiber, which acts as the optical amplifier. During its passage through the fiber, the laser beam is modulated and further amplified before entering the output waveguide. The output waveguide directs the laser beam to the target application. The output power of the laser system can be controlled and adjusted using a variable optical attenuator.

OT417Q fiber laser systems offer high efficiency and precise output power, making them suitable for a variety of applications. They are also compact and require minimal maintenance. OT417Q is an ideal solution for industrial applications such as medical treatment, printing, welding, cutting, marking, and engraving, and consumer products with high-power laser operation. It is also a suitable solution for microfabrication and clean energy.

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