Working principle of fiber laser
Fiber laser head is a high-tech device that uses optical fiber to transmit laser light source. Its working principle is based on the transmission of laser light source to the target location through optical fiber to achieve precise laser processing or measurement.
First, a laser source generates a high-energy laser beam, which is then transmitted through an optical fiber that is resistant to high-energy lasers. The flexibility and low-loss characteristics of optical fiber ensure that the laser beam loses almost no energy during transmission.
At the end of the fiber laser head, the laser is focused and controlled through a sophisticated optical system, enabling it to achieve high-precision cutting, welding or marking on the target surface. The working principle of the fiber laser head not only improves the accuracy of laser processing, but also allows control at a relatively distant location, providing a more flexible and efficient solution for industrial production and medical fields.
Generally speaking, the fiber laser head transmits the laser light source through the optical fiber, combined with the precision optical system, to achieve efficient and precise laser processing in the equipment.