Verify Selection The Verify Selection tool is used to switch between various objects near current selection to select desired object. Creates a line tangent to an arc or spline.
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Mastercam 2018 handbook volume 1 free - http://replace.me
Read Free Mastercam X6 Manual Tamil Mastercam X3 Hasp Crack Win 7 32 64 - suppmulpittre This Combo Pack includes the Mill 2D and Mill 3D Training Guides and provide all the instructions you need to learn 2D and 3D Geometry Creation (CAD) and 2D and 3D Toolpath Creation (CAM) in . MASTERCAM X7 BASICS PART 1 BASIC CNC MILLING USING MASTERCAM X7 MasterCam - ML3RE1 MASTERCAM X1-X7 MILL Tutorial in HD - Rectangle, Circle, Parallel, Mirror - replace.me MASTERCAM SIMPLE PROGRAMMING IN TAMIL-1 MASTERCAM BASICS PART 2 - MANAGING LEVELS Learning Mastercam Mill Step by Step Book \u CD MasterCam - . All Access to Mastercam X6 Handbook Volume 1 PDF. Free Download Mastercam X6 Handbook Volume 1 PDF or Read Mastercam X6 Handbook Volume 1 PDF on The Most Popular Online PDFLAB. Only Register an Mastercam Lathe Tutorial 1 - Geometry Creation Jun 7th, Mastercam X6 Full Version Free Download - replace.me
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You can create dovetail slot, splines, key slot, and so on by using this machine. In some operation, this machine can be an alternative for EDM.
Planer is a category of machines similar to Shaper. The only difference is that, in case of Planer machine, the workpiece reciprocates and the tool is fixed.
There are various other special purpose machines SPMs , which are used for some uncommon requirements. The machines discussed above are conventional machines. The unconventional machines are discussed next. Electric Discharge Machine is a category of machines used for creating desired shapes on the workpiece with the help of electric discharges. In this type of machines, the tool and the workpiece act as electrodes and a dielectric fluid is passed between them.
The workpiece is fixed in the bed and tool can move in X, Y, and Z direction. During the machining process, the tool is brought near to the workpiece. Due to this, a spark is generated between them. This spark causes the material on the workpiece to melt and get separated from the workpiece. This separated material is drained with the help of dielectric fluid. There are two types of EDMs which are listed next. In this type of EDM, a brass wire is commonly used to cut the material from the workpiece.
This wire is held in upper and lower diamond shaped guides. It is constantly fed from a bundle. In this machine, the material is removed by generating sparks between tool and workpiece. A Wire-cut EDM can be used to cut a plate having thickness up to mm. In this type of EDM, a metal electrode is used to cut the material from the workpiece. The tool and the workpiece are submerged in the dielectric fluid. Power supply is connected to both the tool and the workpiece.
When tool is brought near the workpiece, sparks are generated randomly on their surfaces. Such sparks gradually create impression of tool on the workpiece. Electro Chemical Machine is a category of machines used for creating desired shape by using the chemical electrolyte. This machining works on the principles of chemical reactions. Laser Beam Machine is a category of machines that uses a beam, a highly coherent light.
This type of light is called laser. A laser can output a power of up to MW in an area of 1 square mm. A laser beam machine can be used to create accurate holes or shapes on a material like silicon, graphite, diamond, and so on. The machines discussed till now are the major machines used in industries.
Some of these machines can be controlled by numeric codes and are called NC machines. NC Machines and their working are discussed next. An NC Machine is a manufacturing tool that removes material by following a predefined command set. An NC Machine can be a milling machine or it can be a turning center. NC stands for Numerical Control so, these machines are controlled by numeric codes.
These codes are dependent on the controller installed in the machines. There are various controllers available in the market like Fanuc controller, Siemens controller, Heidenhain controller, and so on.
The numeric codes change according to the controller used in the machine. These numeric codes are compiled in the form of a program, which is fed in the machine controller via a storage media. The numeric codes are generally in the form of G-codes and M-codes. For understanding purpose, some of the G-codes and M-codes are discussed next with their functions for a Fanuc controller. These codes as well as the other codes will be discussed in the subsequent chapters according to their applications.
As there is a long list of codes which are required in NC programs to make machine cut workpiece in the desired size and shape, it becomes a tedious job to create programs manually for each operation. Moreover, it take much time to create a program for small operations on a milling machine. Various applications of CAM are discussed next. Computer Aided Manufacturing CAM is a technology which can be used to enhance the manufacturing process.
In this technology, the machines are controlled by a workstation. This workstation can serve more than one machines at a time. Using CAM, you can create and manage the programs being fed in the workstation. Some of the applications of CAM are discussed next. CAM can be used to manage more than one machines at the same time with less human power. There are various software companies that provide the CAM software solutions.
CNC Software is one of those companies which publishes Mastercam software. Mastercam is one of the most popular software for CAM programming. The link for downloading the software will be sent to the e-mail ID specified in the form; refer to Figure A file of approximately 1. Follow the instructions to install as displayed. The Mastercam Design application window will be displayed; refer to Figure By default, CAD environment is active. Whether you use the stand-alone program of Mastercam or the integrated one with SolidWorks, the approach for creating NC programs is same.
First, you need to import or create the CAD model of the product. Then, create stock of material workpiece from which the product will be manufactured after machining. Apply settings related to machine. Apply parameters related to tools. Create the tool paths for operations to be performed on the machine.
Simulate the machining process and check whether it is as per the requirement. Generate the output of the machining which is NC codes. Refer to Figure The user interface of Mastercam can be divided into various elements like Ribbon, Quick Access Toolbar, Managers, and so on.
Various elements of interface are marked in Figure These interface elements are discussed next. The Quick Access Toolbar QAT is available at the top left corner of the application window as shown in previous figure. You can add or remove any tool in the Quick Access Toolbar by following the procedure given next. The customization drop-down will be displayed; refer to Figure If you click on an earlier selected tool then it will be removed from the Quick Access Toolbar.
The Options dialog box will be displayed; refer to Figure Selecting the All Commands option from the Choose commands from drop-down will display all the tools available in Solid Edge. The selected tool will be added in Quick Access Toolbar. Using the Up and Down buttons in the dialog box, you can move selected tool to desired position in the Quick Access Toolbar. The options in the dialog box will be displayed as shown in Figure A new group will be added in the selected tab; refer to Figure Note that you can add new tools only in custom groups.
The selected tool will be added in the new group. The context menu is displayed when you right-click on an element in the model.
The procedure to customize context menu is given next. The options to customize context menu will be displayed; refer to Figure The tools of selected category will be displayed in the left list box of the dialog box. Amazon Music Stream millions of songs.
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Amazon Payment Products. Let Us Help You. When fully defined, the line changes to the default drawing color. The Line Endpoint panel is shown in Figure: Freeform allows you to draw the line at any desired angle. Tangent specifies a line to be tangent to an arc or spline. When this option is active, the line will be tangent to the arc if no other geometric feature, such as an endpoint or quadrant, is selected.
Horizontal draws a horizontal line. Vertical draws a vertical line. X axis offset-value of a vertical line, Y axis offset-value of a horizontal line. Two endpoints allows you to create one line at the time entering the two endpoints.
Multi-line creates a string of lines. Changes the value of the start point. Changes the value of the end point. Moves a live line by a defined distance along the X and Y axis.
Creates the line but keeps the panel open allowing you to continue in the same command. Creates the line and leaves the line creation option. This exercise is easier if you make the Screen Grid visible. Click once on the left mouse button. Note that this is possible due to the AutoCursor Settings see Figure: Then click once on the left mouse button.
A cyan-colored line displays, indicating the line is a "live" entity. Press Enter to accept the 0-degree angle. Altering parameters in the Line Endpoints panel can still change live entities. Finally, click the OK and Create New Operation button to finish the line and remain in this function, or the OK button to finish the line and leave the function.
Notice that the line changes to the active color indicating it is now completely defined. Each book contains a series of tutorials that guide you through creating geometry, applying then verifying toolpaths and generating G-Code. Helpful hints, review exercises and quizzes complete the learning experience. This book begins with the absolute basics by introducing the Mastercam user interface and will have you creating geometry, mastering 2D toolpaths and posting code before you know it.
This book introduces 2D geometry creation and lathe 2D toolpaths providing an excellent foundation for many lathe applications.
The Multiaxis Essentials Training Tutorial is intended for the advanced Mastercam user looking to learn Mastercam multiaxis programming. It is strongly recommended that you have a good understanding of 2D machining before beginning this book.
Advanced C-Axis toolpaths as well as the Y-Axis rotation will be described in this book. Examples on how to use the Mill toolpaths on a Lathe with Live Tooling are also incorporated.
This book details commands such as extrude, loft, revolve, sweep, boolean add, fillet, chamfer and more. The Design Training Tutorial provides a comprehensive step-by-step approach to learning geometry creation within Mastercam. Instruction on tool settings, stock setup and custom profile tool creation are also included.
It is intended for intermediate to experienced Mastercam users who are primarily importing 3D geometry from another CAD software package. In addition to geometry creation, the book focuses on wirepaths for dies, taper angle projects and more. This in turn grants lifetime access to the content from any workstation on campus for unlimited users.
Project Workbook The Mastercam Project Workbook is ideal for High School students, hobbyists and those who prefer engaging in projectbased learning. Note: no machining instructions included. Each kit contains tests, quizzes, mid-terms, finals, powerpoint presentations, lesson plans, answer sheets, and more.
You will learn how Nesting operates on geometry and how you can create and use tabs to assist in holding down the nested parts. You will also learn how Nesting operates on toolpaths and how you can use WCS Work Coordinate System to set the parts of an assembly in the proper view for machining. Download links are provided for eBook kits. It will have you creating geometry, drilling and creating contour toolpaths before you know it. Its gradual progression leads to more advanced concepts such as multiple setup scenarios and 2D High Speed Toolpaths.
All of the parts within the book are designed with machinability in mind. A multitude of topics are covered including 2D geometry, tool settings, stock setup, drilling, tapping, contouring, pocketing, circle milling. You will learn the 2D High Speed Toolpaths such as dynamic mill, area mill, dynamic rest mill, how to import a solid and machine it and how to use the WCS in multiple fixture applications.
You will learn how to change a solids color and create a solid geometry from surfaces, as well as how to manipulate a solid by using commands from the Model Prep menu such as Push-Pull, Move and Split Solid Face. You will use create Layout and learn how to dimension parts to create blueprints. You will learn how to machine an imported solid model using the WCS for multiple setups. To better organize the parts, you will master how to use levels and view sheets. You will practice indexing a 4-axis part using the tool planes defined in the Plane manager.
Fixtures will be used and the part will be align to their faces. You will learn how to save operations to a library and how to import them for different parts. A brief introduction to the basic 3D machining will be also covered. The Handbook series is designed to teach the fundamentals of Mastercam, gradually working up to more complex material with each volume. The material intertwines conceptual subject matter with practical applications suitable for beginners and intermediates alike.
You not only learn how to use Mastercam but why things work as they do. The Mastercam Handbook Volume 2 takes an academic approach to teaching Mastercam 3D modeling and machining.
The material is most suitable for intermediates including individuals that have completed Volume 1.
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Mastercam 2018 handbook volume 1 free - http://replace.me
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