X-force PowerMill 2017 Portable
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How to Use X-force PowerMill 2017 Portable for CNC Machining
X-force PowerMill 2017 portable is a powerful and easy-to-use software for creating high-quality CNC programs for complex 3D shapes and surfaces. It allows you to design, simulate, and optimize your toolpaths for a variety of CNC machines and applications. In this article, we will show you how to use X-force PowerMill 2017 portable to create a CNC program for a simple part.
Step 1: Download and Install X-force PowerMill 2017 Portable
To download X-force PowerMill 2017 portable, you need to visit the official website of X-force and follow the instructions. You will need to enter your email address and a valid serial number to access the download link. Once you have downloaded the file, you can extract it to any folder on your computer. You do not need to install anything, as X-force PowerMill 2017 portable runs directly from the folder.
Step 2: Open X-force PowerMill 2017 Portable and Create a New Project
To open X-force PowerMill 2017 portable, you need to double-click on the executable file in the folder. You will see a splash screen and then a welcome window. You can choose to start a new project, open an existing project, or watch some tutorials. To create a new project, click on the \"New\" button and enter a name for your project. You will then see the main interface of X-force PowerMill 2017 portable, which consists of four main areas: the ribbon, the explorer, the graphics window, and the status bar.
Step 3: Import Your CAD Model and Set Up Your Workplane
To import your CAD model, you need to click on the \"Import\" button on the ribbon and select the file format of your model. You can import models from various formats, such as STL, IGES, STEP, or DXF. You will then see your model in the graphics window. You can use the mouse buttons and the wheel to zoom, pan, and rotate your model. To set up your workplane, you need to click on the \"Workplane\" button on the ribbon and select the orientation of your model. You can choose from various options, such as XY plane, YZ plane, ZX plane, or custom plane. You can also adjust the origin and direction of your workplane by using the handles on the graphics window.
Step 4: Define Your Stock and Boundary
To define your stock, you need to click on the \"Stock\" button on the ribbon and select the shape of your stock. You can choose from various options, such as box, cylinder, sphere, or custom shape. You can also adjust the size and position of your stock by using the handles on the graphics window. To define your boundary, you need to click on the \"Boundary\" button on the ribbon and select the type of your boundary. You can choose from various options, such as model silhouette, stock silhouette, or custom curve. You can also adjust the offset and direction of your boundary by using the handles on the graphics window.
Step 5: Create Your Toolpaths
To create your toolpaths, you need to click on the \"Toolpaths\" button on the ribbon and select the strategy of your toolpath. You can choose from various options, such as roughing, finishing, drilling, or engraving. You can also customize your toolpath parameters by using the dialog box that appears on the right side of the interface. You can specify your tool type, size, speed, feed, stepover, stepdown, clearance height, retract height, lead-in/out type, ramp type, etc. You can also preview your toolpath by clicking on the \"Simulate\" button on the ribbon.
Step 6: Export Your CNC Program
To export your CNC program, you need to click on the \"Output\" button on the ribbon and select the format of your CNC program. You can choose from various options, such as G-code, Heidenhain code, Fanuc code, or Siemens code. You can also customize your output parameters by using the dialog box that appears on the right side of the interface. You can specify your post-processor type, header/footer information, decimal aa16f39245