Digital twin of ABB IRB-120 robotic cell based on the industry 4.0

Rogério Adas Pereira Vitalli, J. M. Rosário
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Abstract

The evolution of virtual commissioning has enabled significant advances in analysis, safety testing, programming and failure anticipation in projects involving industrial robots. To make this possible, a virtual model equal to the real one is needed and our research objective is to develop the Digital Twin of the ABB IRB-120 process and robot to digitally validate the robotic cell and minimize installation and project implementation time in the “shop floor” in the context of I4 .0 Currently, a major problem related to Virtual Commissioning activities is the lack of precision between the virtual model and the physical model (digital twin), due to difficulties related to mechanical fabrication after model generation 3D The use of the Process Simulate software (SIEMENS PLM), allowed more accurate and real results to commission the robotic cell of the Robotics Advanced Institute - I.A.R. The main analysis tools are shown in this study.
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基于工业4.0的ABB IRB-120机器人单元的数字孪生
虚拟调试的发展使涉及工业机器人的项目在分析、安全测试、编程和故障预测方面取得了重大进展。为了实现这一目标,需要一个与真实模型相等的虚拟模型,我们的研究目标是开发ABB IRB-120过程和机器人的数字孪生,以数字化验证机器人单元,并最大限度地减少i4.0背景下“车间”的安装和项目实施时间。目前,与虚拟调试活动相关的一个主要问题是虚拟模型和物理模型(数字孪生)之间缺乏精度。由于模型生成3D后机械制造相关的困难,使用过程模拟软件(SIEMENS PLM),允许更准确和真实的结果委托机器人高级研究所- I.A.R.的机器人单元。主要分析工具显示在本研究中。
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