Digital Twins for flexible production lines using industrial robots

The increasing demand for customization, shortened product lift-cycles and increasing labor cost raise new challenges for production systems. Flexible systems are needed, that can adapt to these changing requirements and achieve similar cost efficiency as traditional lean production systems. This course introduces the development of industrial robots and basic robot motion control. Off-line robot programming is introduced with FASTSUITE software. The concept of digital twins for robots is applied in an application case with a UR robot. A scalable robot station developed by item will be used in the course.

定制化需求的增加、产品周期的缩短压力以及劳动力成本的增加，给生产系统带来了新的挑战。企业需要灵活的系统，以适应这些不断变化的需求，并实现与传统精益生产系统类似的成本收益。本课程介绍工业机器人的发展和基本运动控制，介绍如何利用FASTSUITE飞思德软件进行机器人离线编程的方法以及如何将数字孪生概念应用于UR机器人的实际应用案例中。课程中将运用到item开发的可拓展机器人站。

Outline 大纲

• Industrial Robotics Overview and Introductory Practices / 工业机器人概述和实践
• a) Industrial Robot Development / 工业机器人开发
• b) Introduction to Robot System Components / 机器人系统组件介绍
• c) Robot Motion Control / 机器人运动控制
• d) Basic Robot Operation Demonstration / 基本机器人操作演示
• Robot Simulation and Offline Programming / 机器人仿真和离线编程
• a) Learning to program robots with FASTSUITE software / 学习使用FASTSUITE软件为机器人编程
• b) Simulation phase to verify design and production / 验证设计和生产的模拟阶段
• c) Simplifying complex industrial programming / 简化复杂的工业规划
• d) Deployment of the program on a UR robot / 在UR机器人上部署程序
• Application of the Digital Twin / 数字孪生的应用
• a) The meaning and value behind the Digital Twin / 数字孪生的意义和价值
• b) Understanding and designing flexible production line systems / 了解和设计灵活的生产线系统
• c) Information integration in a highly automated environment / 高度自动化环境中的信息集成
• d) Meet demand and optimizing decisions with digital twins / 通过数字孪生满足需求并优化决策