OPTIMIZATION ALGORITHM FOR A ROBOTIZED TECHNOLOGICAL COMPLEX FOR LASER CUTTING

An optimization algorithm for a robotic technological complex for laser cutting is proposed, while restrictions are imposed on the angles in the joints of the robot and restrictions that take into account the orientation of the cutting technological tool. The developed algorithm also makes it possible to minimize the scope of the robot's movements when forming the laser's trajectory. The effectiveness of the proposed approach is evidenced by the results of testing in the environment of computer simulation of robotic technological complexes on the example of a robotic manipulator FANUC M-710iC/50 with 6 degrees of freedom.