China is vigorously developing its industrial robot industry. Currently, a relatively complete industrial robot system has been formed, with a robot density exceeding 100 units per 10,000 people. The industrial robot industry is expected to develop even faster after 2021. Many large manufacturing companies have created complete production chains from robot bodies, key components, software, and system integration, essentially encompassing the robot and robot equipment industry chain, intermediate and sub-circuits. What are the key points and methods for operating ABB robots?
Building upon the practical course on industrial robot virtual simulation, this paper introduces the use of ABB RobotStudio software to construct virtual simulations of industrial robot operations, including modeling methods, offline trajectory programming, and workstation simulation. It covers simulation verification and controlled simulation. Using PQtArt as an example, the paper also introduces general-purpose robot virtual simulation software, focusing on the manipulation of a 3D sphere, the construction of 3D models, and offline programming. Application examples of PQtArt software in various industries are also presented.
Editor's Recommendations
1. Focus on the technical requirements of industrial robots and explain in detail the different working methods related to ABB industrial robots.
2. Explain the basic knowledge of industrial robots and introduce the safety knowledge of pneumatic auxiliary equipment and electrical equipment.
3. Explain the commonly used instructions and working methods of industrial robots.
4. The communication methods of industrial robot networks are introduced.
Content validity
Based on industrial robot skill requirements, ABBIRB will target 120 six-axis industrial robots, using a project-based approach divided into nine units to explain in detail the different working methods related to ABB industrial robots. The main content includes: basic knowledge and safety of industrial robots, pneumatic and electrical equipment of industrial robots, manual operation of industrial robots, common commands and functions, calibration and functional testing, industrial robot I/O communication, industrial robot network communication, string processing functions, and RAPID programming.
What are the key points and methods for operating ABB robots? Robot virtual simulation technology helps engineers control or predict individual robots or production lines. Based on the professional skills requirements of industrial robots, a practical course (video) on industrial robot virtual simulation has been developed in the form of a project, detailing the application of ABB robot simulation software RobotStudio in workstation construction. It covers modeling and simulation methods for typical workplaces; PQtArt, using software as an example, introduces general-purpose robot virtual simulation software, illustrating its working methods and application examples in various industries.
