Cnc Basic Programming Course
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CNC BASIC PROGRAMMING COURSE
This course is aimed at high school students and anyone who is approaching the world of machine tool programming for the first time. Teachers and professionals may explore more complex topics in the advanced course proposed in the book "CNC - 50 Hour Programming Course". The text includes all the basic programming concepts and explains the “G-code” standard functions, i.e. the programming language at the basis of all numerical controls. The training and graphic simulation software offers free and unlimited access and faithfully reproduces a real numerical control on the computer. The teaching method and the covered topics have been selected to spark the students' interest and curiosity in the study of the matter. The training course includes chapters and paragraphs both for theoretical and practical instruction. Paragraphs on theory contain drawings and diagrams that simplify the understanding of the text. The first practical experiences consist in the use of pre-drafted programs that give the students the opportunity to familiarize with the numeric control and its potential. Later you will learn how to write new programs with difficulty levels that are commensurate to the acquired experience. The practical exercises are accompanied by the respective operating procedures that allow the students to learn on their own, reducing the need for the teacher's presence. Periodical tests are offered in order to help the students and teachers assess progress achieved or to highlight the topics for review. The total number of hours necessary for the understanding of the theoretical part and for carrying out the practical exercises will always be specified at the beginning of each chapter. The analyzed machines are a three-axis lathe (X, Z, C) with driven tools and a three-axis vertical mill (X, Y, Z). All the programs used during the explanation and all the images contained in this book, which may be used at home or printed, viewed or projected in the classroom, may be downloaded from the website cncwebschool.com.
CNC Basic Programming Course
This course is aimed at high school students and anyone who is approaching the world of machine tool programming for the first time. Teachers and professionals may explore more complex topics in the advanced course proposed in the book "CNC - 50 Hour Programming Course". The text includes all the basic programming concepts and explains the "G-code" ISO standard functions, i.e. the programming language at the basis of all numerical controls. The training and graphic simulation software offers free and unlimited access and faithfully reproduces a real numerical control on the computer. The teaching method and the covered topics have been selected to spark the students' interest and curiosity in the study of the matter. The training course includes chapters and paragraphs both for theoretical and practical instruction. Paragraphs on theory contain drawings and diagrams that simplify the understanding of the text. The first practical experiences consist in the use of pre-drafted programs that give the students the opportunity to familiarize with the numeric control and its potential. Later you will learn how to write new programs with difficulty levels that are commensurate to the acquired experience. The practical exercises are accompanied by the respective operating procedures that allow the students to learn on their own, reducing the need for the teacher's presence. Periodical tests are offered in order to help the students and teachers assess progress achieved or to highlight the topics for review. The total number of hours necessary for the understanding of the theoretical part and for carrying out the practical exercises will always be specified at the beginning of each chapter. The analyzed machines are a three-axis lathe (X, Z, C) with driven tools and a three-axis vertical mill (X, Y, Z). All the programs used during the explanation and all the images contained in this book, which may be used at home or printed, viewed or projected in the classroom, may be downloaded from the website cncwebschool.com.
Easy CNC Turning Programming English Hand Book By Sanjay Sharma
This book is a comprehensive guide to CNC basic programming which has been written for the use of students of ITI, Diploma, B Tech etc., Technical courses-ATS (Scheme), CNC Programmer Cum Operator, DGT & Nimi course and machine operators, machine setters and supervisors working in other types of industries. Nowadays, the increasing use of CNC in industries has given rise to its need. Only those people who know about it and are capable of preparing part programs can guide the machine tools. Using which, parts are prepared with the required size and accuracy. Keeping this in mind, I have prepared this textbook in Hindi to bring out the mystery of CNC programming. It has been put in a logical order and written in a very simple language which everyone can understand very easily. To create a program, the step-by-step process has been explained in this book with useful examples, which will greatly benefit the students associated with this field. In this book, I have used the method created by me to write the program in which I have described each G and M code in detail in this book. Coordinate systems have been explained in detail in simple language. For this, space has been left to practice all the coordinate systems. This will help in understanding this chapter easily. In this, most of the machining centers, functions of machines, working method of the machine and the main parts of the machine, control panel, buttons related to the operator panel have been described in detail. Simple method of making programs has been explained with examples. An attempt has been made to cover most of the machining processes in this. Different types of materials and detailed pictures have been included to help in understanding it. My feeling is that anyone who wants to make their future in CNC programming will benefit from this book and they will emerge as a successful CNC programmer. Many readers who may need some other different kind of programmer will benefit from these references with additional information. On the other hand, those who do not need further information about CNC programming can ignore those few pages and only explore the topics covered in this book. I sincerely hope that this book will help you transform from a better CNC operator to a programmer by understanding not only the 'HOW' but also the 'WHY' of many programming techniques.