Programmation des machines-outils à commande numérique. Principes et exemples.
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Abstract
The purpose of this course is to understand the operating principles of computer numerical control (CNC) machines, kinematic possibilities, control systems, measurement, and surface generation methods. It also teaches students how to write a simple numerical program in ISO language. Students will learn how to draft a machining process to produce a simple part. Furthermore, it enables them to acquire the core elements of the methodology for analyzing CNC program structures, as well as the main M, G, T, D, F, and S functions, and cycle names.
Description
This course describes the operating principles of computer numerical control (CNC) machines, kinematic possibilities, motorization, control systems, measurement, and surface generation methods. It also teaches students how to write a simple numerical program in ISO language and design a machining process to produce a simple part. Furthermore, it enables them to analyze CNC program structures, key M, G, T, D, F, and S functions, as well as cycle names.
The course is structured into five chapters. The first chapter provides an introduction to CNC machine tool (CNC) programming. The second chapter explains the various components and programming of CNC machines. The third chapter develops programming for turning and milling. The fourth chapter is dedicated to programming complements specific to NUM controllers. Finally, the fifth and last chapter focuses on CNC programming and CAD/CAM systems.