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Design of the robotic work cell
Gálová, Eva ; Štěpánek, Vojtěch (referee) ; Bražina, Jakub (advisor)
The aim of this thesis is to study the issue of creating a production cell and its subsequent simulation. The simulation operates with a workpiece in a robotic deburring process using a stationary robot. The theoretical part outlines the benefits of virtual commissioning, explains the concept of a digital factory and its examples, and describes robotic programming possibilities. To decide a component selection, robotic deburring and end effectors are explained. Selected components are then used in the practical part. Furthermore, for simulation purposes, one of three designed workplace layouts is selected. The software Process Simulate is used to depict the process of establishing a robotic workplace, which includes robotic operations, sensors, a material flow, and output signals. As a result, a robotic study in Process Simulate, a robotic program, and output signals are developed.
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Design of the robotic work cell
Gálová, Eva ; Štěpánek, Vojtěch (referee) ; Bražina, Jakub (advisor)
The aim of this thesis is to study the issue of creating a production cell and its subsequent simulation. The simulation operates with a workpiece in a robotic deburring process using a stationary robot. The theoretical part outlines the benefits of virtual commissioning, explains the concept of a digital factory and its examples, and describes robotic programming possibilities. To decide a component selection, robotic deburring and end effectors are explained. Selected components are then used in the practical part. Furthermore, for simulation purposes, one of three designed workplace layouts is selected. The software Process Simulate is used to depict the process of establishing a robotic workplace, which includes robotic operations, sensors, a material flow, and output signals. As a result, a robotic study in Process Simulate, a robotic program, and output signals are developed.
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