Welding attitude adjustment and trajectory of KUKA robots

Create Date: 2024-8-30 12:03:23|Source: KUKA

According to the use and development needs of KUKA welding robots, traditional welding methods cannot efficiently meet the production needs to a certain extent, and arc welding robot skills are increasingly valued by manufacturers. How to complete mass production efficiently and efficiently of arc welding robot is an urgent problem to be solved in the field of arc welding robot. Therefore, it is necessary to select the appropriate welding position position during track planning.

                                  Welding attitude adjustment and trajectory of KUKA robots

For the purpose of efficient completion of the arc welding robot, the whole process of the welding track is introduced. Regarding the messy saddle-shaped welding track, the arc welding robot welding can be used to complete the welding with higher efficiency and high quality. Firstly, the development process and use of welding robots, the development process of KUKA robots and the research status at home and abroad were introduced, and the importance of clear welding track clarification in the field of arc welding robot skills was clarified.

The hardware composition of the KR10R1420 robot is introduced, and the use and interconnection between the drawing software SolidWorks, the auxiliary processing software SR_CAM_SoftWare and the virtual virtual workstation (SRVWS) software are specifically explained. Thirdly, the setting of the joint robot system, the type of movement in the teaching process, and the classification and calibration of the coordinate system were elaborated, and the kinematic calculation was carried out according to the relative posture of each joint of the Xinsong joint robot.

The saddle-shaped welding track is planned, the saddle-shaped welding track is drawn by the three-dimensional drawing software Solidworks and imported into the SR_CAM_SoftWare to generate the track, and the generated welding track is simulated in the SRVWS virtual workstation, and the position of each space welding point is confirmed, the points are connected into a closed curve to form the space operation track of the arc welding robot, and then the welding position and attitude are set to complete the welding of the saddle-shaped welding track.

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