The rapid development of technological progress was reflected in the automation of production processes. Sources of plasma portal cutting in combination with robotic systems are quite in demand for processing bulky products. Their growing popularity is explained by the unique characteristics of the kinematics of robotics.
The use of robotic systems in the technological processes of plasma cutting allows you to achieve an increase in quality indicators, speed and accuracy of the cut, and also opens up opportunities for automation of repeated operations.
Plasma technology is mainly used to work with steel and non-ferrous metals up to 50 mm thick.
Features of plasma cutting
Plasma cutting robotics is easy to operate, it allows you to accelerate the operation and improve the quality characteristics of products processing. The principle of plasma cutting method is based on the use of large ionized gas speeds, which exits the hole of a small diameter. At the time of contact Gazasekund. The trajectory of movement is set by the robot. The additional equipment of robotic equipment may include positioners for parts, guides for robotics and other devices that allow you to expand the functionality of equipment.
If it is necessary to create complex trajectories, an off-line programming method is used, in which the operation of the equipment in the software environment is simulated before the moment of cutting. The leading position in the modern market is held by MasterCam, which is represented by the Robotmaster package, which helps to create effective programs for managing industrial robotics.
The company intellectual robot of the system is engaged in the creation and implementation of robotic systems in combination with plasma cutting systems. When developing robotic installations, the RobotMaster Off-Wine Method.