In the field of 3C electronics man-machine collaborative robots can help better complete the work, especially in the chip packaging, chip welding and other processes, the use of this new type of robot can be highly open with the vision system, guide rails, all kinds of sensors and other auxiliary equipment, so that this robot can be a small 3C electronic parts welding installation in place and to ensure that the efficiency of the considerable.
As the collaborative robot can choose the ground, hanging, tilting and other installation methods to adapt to different complex industrial environments, so the use of multiple robots can be completed in some of the larger automotive parts of the welding and installation of the process, in particular, its excellent accuracy and speed can be able to handle the complexity of the automotive parts of the assembly sequence, which greatly reduces the difficulty of assembly in this field and improve the quality of assembly. This greatly reduces the difficulty of assembly in this area and improves the quality of the assembly.
The field of research and education is also one of the most important applications for collaborative robots, mainly because these robots can be programmed to change their own operating logic to accomplish different types of work, which is very helpful for students of various disciplines engaged in the study of industrial robotics, who can be guided by the teacher through the innovation of these robots to enter the field of application more.
Of course, this is a great opportunity for students in all disciplines of industrial robotics.
Of course, collaborative robots have many more applications than these, and are active in the pharmaceutical field, the welding industry, and the printing and packaging industry. I believe that in the future, with this robot flexible, safe, easy to apply and other advantages, will be able to better serve in more areas and create more value.