In this work, an application of milling process with a serial kinematic robot will be tested. Starting from the code generation, a possible way to obtain the robot code from the 3D model of the product will be explained. Then, the attention will move on the robot compliance modeling, using the method of the clamping tests and analyzing it in different configurations. At the end, the set of data, result of the stiffness identification, will be used for compensation tests with a real milling process and the results will be compared with data from a camera system.

Compliance compensation for manufacturing processes with serial kinematic robots / Marini, Alberto; Visioli, Antonio; Robertsson, Anders. - (28/10/2014).

Compliance compensation for manufacturing processes with serial kinematic robots

Alberto Marini;Antonio Visioli;
28/10/2014

Abstract

In this work, an application of milling process with a serial kinematic robot will be tested. Starting from the code generation, a possible way to obtain the robot code from the 3D model of the product will be explained. Then, the attention will move on the robot compliance modeling, using the method of the clamping tests and analyzing it in different configurations. At the end, the set of data, result of the stiffness identification, will be used for compensation tests with a real milling process and the results will be compared with data from a camera system.
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Istituto di Sistemi e Tecnologie Industriali Intelligenti per il Manifatturiero Avanzato - STIIMA (ex ITIA)
Master
Robotics
kinematic
milling
manufacturing
compliance
friction
Antonio Visioli, Anders Robertsson
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/325277
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