The laser head divides the collimated laser beam into four symmetrical beams equally through two adjustable distance four-face cone lenses, and the beams are focused to the focal position through the metal off-axis aspherical mirrors. By adjusting the distance between the two four-sided cone lenses, the aperture diameter within the beam can be changed to achieve different sizes of wire feed, embedded in different sizes of wire feed mechanism, to achieve high directional accuracy, higher flexibility, and more applicable to a wider range of scenarios.
Tunable internal wire feeding laser processing system based on cladding and quenching application research, with adjustable beam and high efficiency and other advantages, to solve the traditional equipment welding, cladding, directionality is difficult to ensure that the coupling of the poor low problem.
Capable of delivering a wide range of applications from filigree structures to complex high-volume 3D shapes, offering additive manufacturing for 3D printing, prototype building and wear protection. Non-porous layers can be applied in any orientation
Much lower target heat input and minimised component distortion compared to conventional devices. Low power consumption and a clean process that is environmentally friendly. Energy requirements are on average 20 per cent lower than comparable laser deposition processes