The laser itself is a relatively simple and easy means for controlling, if the aggregate beam it produces a very fine beam, you can cut; defocus that can be welded; then defocus that can be heat-treated.
(1) The laser itself is a relatively simple and easy means for controlling, if the aggregate beam it produces a very fine beam, you can cut; defocus that can be welded; then defocus that can be heat-treated.
(2) using laser processing, not only fast processing speed, high efficiency, low cost, and avoid mold or tool change, shorten production lead time period. Easy to achieve continuous processing, laser beam transposition short time, improve production efficiency. A variety of workpieces can be installed alternately. When machining a workpiece, the completed part can be removed, and the installation of the workpiece to be processed, to achieve parallel processing, to reduce the installation time, the laser processing time increases.
(3) a laser beam direct-driven and oriented approach. Laser can be used for rotating, tilt, move around other sports, can be processed vertical and complex surface of the workpiece; and direct drive no backlash, high precision. The laser control and robotics combined with robots to move or flip the axis mode under Part beam, processed some of the more difficult using traditional methods machined parts.
(4) adopt a multi-level rapid reaction crash measures, the beam guide contacts the workpiece, the motion system immediately shut down, the system will not be damaged, avoiding costly maintenance; can quickly and easily return to work after the collision, reducing the impact downtime caused, improve the processing efficiency and reliability of the laser system.