Mastercam X64 Serial Key Keygen.System Requirements

Looking for:

Mastercam 2018 wcs tutorial free 

Click here to DOWNLOAD

     

.Mastercam 2018 wcs tutorial free

 

Both functions have their benefits, but consider these differences: l You can save the state of blanked entities; hidden entities' states are not saved. Choose Unblank to restore blanked entities. In this exercise, you first blank and unblank geometry, and then hide and unhide geometry.

On the Home tab, select Blank. Mastercam then prompts you to select entities to blank. The selected geometry no longer displays in the graphics window.

Now, you unblank the geometry selected in the previous steps. Select Unblank from the Blank drop-down. The graphics window changes to display entities that have been blanked, so that you can select which ones to unblank and which ones to keep hidden.

Select all of the blanked entities, and press [Enter]. The part should be whole again. Mastercam prompts you to select which entities to keep. Select the geometry shown below: 9.

Press [Enter] or choose End Selection to accept the selection. The graphics window hides the unselected geometry. Next, you unhide the geometry using Unhide Some. Select Unhide Some. Mastercam then prompts you to select entities to keep on the screen. Select the geometry shown below: Press [Enter] to accept the selections. Mastercam unhides the selected geometry. Any geometry that was hidden and not selected remains hidden.

Click the View tab, and find the Material button in the Appearance group. If the Material button is not highlighted, click it. Changes to materials only show in the graphics window when this option is on. In the graphics window, click the base of the part to select it. Click the Home tab. Click the down arrow next to the Set Material button. The material gallery displays. In the Metal group, click the fourth icon from the left. The part's base changes to the selected material, a semi-reflective metal.

Select the face of the device clamp, as shown in the following image. In the Set Material drop-down, click the last icon in the Plastic group. Select the casing behind the clamp face, and choose Glass Level 3 from the material gallery. Go back to the View tab, and toggle the Material button on and off to see how it controls material visibility. Exercise 8: Managing Section Views In this exercise, you use Mastercam's section views to show cross sections of a part. Load the file Spool Body, which is included with this tutorial.

Click the Section View button to activate it. Section views only show in the graphics window when the feature is on. In Mastercam's lower-left corner, click the Planes tab to display the Planes Manager. In the row for the Top plane, click in the Section column.

Mastercam displays the part in cross section, using Top as the clipping plane, as shown in the second following image. Click the down arrow next to the Section View button. A drop-down menu displays. You can use this menu to select what types of geometry are affected in section view. You can also add "caps" to part sections, as you see in the next step. From the Section View drop-down menu, click Show Caps. Mastercam adds solid caps to the sectioned areas, as shown in the following picture.

Note: You can also access Section View functionality from Plane Manager's toolbar, as shown in the following image. You have now completed Chapter 8 of the Mastercam Basics tutorial. In the next chapter, you learn more about levels.

Organizing your file data by levels lets you control the areas of the drawing that are visible and the entit- ies you can select in the graphics window.

This control makes it easier to work with the file and helps prevent you from affecting areas of the drawing you do not want to change. You can create and name as many levels as you need and set any one to be the active, current working level. For each level you create, you assign a unique number and, optionally, a name. Goals l Explore the Levels Manager. Exercise 1: Exploring the Levels Manager When first opening a Mastercam file, you might not be aware of all entities in the part because they might exist on levels that are not displayed in the graphics window.

In these instances, you can use the Levels Manager to view all of the levels in the file and so get an overview of the geometry that makes up the part.

The Levels Manager is movable and dockable. You can dock it to a fixed location on the interface, float it anywhere on the workspace, or move it to another monitor. These settings are modal, which means that Mastercam remem- bers the settings even after you close the application. In this exercise, you explore the Levels Manager and modify some display options. Click the Levels tab, and drag and drop it anywhere on the workspace.

If the Levels tab does not show, select Levels in the Managers group of the View tab. Resize the Levels Manager by clicking and dragging any of its edges. The checkmark in the Number column indicates the current active level. Active level parameters display in this section. Use any column heading to sort the levels grid. To sort, click the column heading. To change the sort order ascending or descending , click again.

Use these options to filter the levels grid. Click Hide level properties to hide the property controls in the lower section of the Levels Manager and max- imize the space allotted to the levels grid.

Click Hide level properties again to show the controls at the bottom of the Levels Manager. Click Display options, Contrast rows to apply shading to every other row used in the grid. Dock or locate the Levels Manager in a convenient location. In the next exercise, you learn to turn level displays on and off. Exercise 2: Showing or Hiding Levels In this exercise, you change the graphics window display by turning level display on and off. To select or otherwise work with an entity in the graphics window, its level must be visible.

In the Visible column for level 2: Solid, click once to turn off the display of that level. The change is immediate in the graphics window. Click again in the Visible column for level 2: Solid to toggle the level display on.

Try turning off the display of level 1: Wireframe. When Active level is always visible is selected in Display options, you cannot turn off the active level dis- play in the graphics window. Note: Turning off the display of the active level while you are working in that level is not recommended. However, it may occasionally be necessary. Click Display options, and deselect Active level is always visible. Use Turn all levels off and Turn all levels on to toggle the display of all levels on or off.

Select Active level is always visible again. Make sure all levels are visible before continuing on to the next exercise. Exercise 3: Changing the Active Level Any geometry that you create is always placed on the active level. There can only be one active level at a time, but you can change the active level as often as necessary to work with the part.

In this exercise, you change the active level using several methods. In the Levels Manager, click once in the Number column of level 2: Solid to set it as the active level. A check- mark indicates that it is now the active level. The level field located in the Organize group on the Home tab also shows that level 2: Solid is the active level. Select level number 1: Wireframe from the levels drop-down to make it the active level.

A checkmark appears in the Number column for level 1. In the Levels Manager, turn off the visibility of level 2: Solid. Position the cursor anywhere in the row for level 2: Solid, right-click and choose Make active. A checkmark appears in the Number column for level 2.

Level 2: Solid is also visible because the Levels Manager display option Active level is always visible is selec- ted. In the Levels Manager, click Add a new level. Mastercam adds a new level to the Levels Manager grid and sets it as the active level.

In the Name field, type Tutorial. The Levels Manager grid updates to show the new name. Although level names are optional, descriptive names are helpful. Make level 1: Wireframe the active level. Use the Display options in the lower section of the Levels Manager to control the visibility of levels. You can show only used levels those assigned to entities , levels that are named regardless of whether they are used , either used or named levels, or limit the display to a range of level numbers.

Click Used and notice that level 3: Tutorial is no longer visible because there are no entities assigned to it. Click Used or named to restore visibility of all levels. Make level 3: Tutorial the active level. Select Point Position on the Wireframe menu. Click a few times in different places in the graphics window to create some points.

Click OK on the Point Position function panel to exit the function. Verify that the new geometry was created on level 3: Tutorial. In the Levels Manager, the number of Entit- ies is not 0.

Note: Your number of points may be different than what is shown in the previous illustrations. Practice turning level displays on and off and changing the main level. When you are ready, turn on the visibility for all levels and continue with the next exercise. You can use the same basic procedure to copy entities to a different level.

The new level, 4: Labels becomes the active level. On the Home tab, click Change Level. Mastercam prompts you to select entities. Use the following steps to select all labels located on level 1: Wire- frame.

Choose the Quick Mask, Select all advanced. The Select All dialog box displays. In the Select All dialog box, create a selection mask for all of the label entities. A selection mask is a defined set of criteria that you use to quickly select entities in the graphics window. In the graphics window, Mastercam highlights all the notes, indicating that they are all selected.

The Change Levels dialog box displays. Note: You can also use general selection methods to pre-select entities before choosing the Change Level option. When you pre-select entities, Mastercam does not prompt you to select additional entities and you advance directly to the Change Levels dialog box. In the Change Levels dialog box complete the following steps: a. Choose Move. Deselect the Use Active Level checkbox. Type 4 in Number. In the Levels Manager, verify that level 4: Labels now contains the four label entities that were on level 1.

Level 1: Wireframe contains four fewer entities. Save your part. You have now completed Chapter 9 of the Mastercam Basics tutorial. In the next chapter, you learn more about views and planes. This means that geometry and toolpath positions are expressed in terms of three coordinate axes: X, Y, and Z.

Each axis is signed, which means it has a positive and negative direction. In previous lessons, you learned about standard views and planes. In this lesson, you learn more about creating your own planes and using them for geometry creation. Goals l Understand views and planes. Exercise 1: Exploring the Planes Manager You use views and planes in Mastercam for many drawing and machining purposes.

A plane is any two-dimensional slice of a 3D coordinate system. Examples of planes include the XY plane in a 3D coordinate system, or a face of your part, no matter its angle. A view is a plane with an origin and orientation. For example, the Left side view and Right side view are both aligned with the same plane; but a clockwise arc in one view is a counterclockwise arc in the other view. Mastercam includes a number of pre-defined views, which you explored in Lesson 7.

These include Top, Front, Right, Isometric, and others. The work coordinate system WCS refers to the alignment of the coordinate system itself. You can choose to align the coordinate system axes with any plane you wish.

When this happens, you map the XY plane to the plane of the view. The origin of the view becomes your new 0,0,0 point. The view becomes the Top plane in the new working coordinate system. Note: If you would like to learn more about the work coordinate system, try the Mastercam Work Coordinate System Tutorial located on www. This section introduces some ways planes are used and some ways to access them.

You can use views and planes for three main functions: l Graphic views Gviews — A Gview determines the angle from which you are looking at the part in the graphics window. This does not have to be the same as the Gview. For example, you can look at your part in Isomet- ric Gview, while drawing geometry in the Front Cplane.

Tplanes are only used when creating toolpaths. Tool planes determine the tool orientation. You use Planes Manager to select, edit, create, and manage planes.

Some of the functions of the Planes Manager include: l Creating new planes l Setting Cplanes, Tplanes, and WCS to selected planes l Setting or changing the origin of planes l Assigning work offsets to planes In this exercise, you open the Planes Manager and experiment with display options and follow rules.

Save the file with a new name. If necessary, click Outline Shaded on the Status Bar to show the part as a solid. Select the Planes tab to bring the Planes Manager to the front. If the Planes tab is not displayed, select Planes on the View tab. Click Display options, Always display gnomon. The gnomon for the currently selected plane displays in the graphics window whether or not the Planes Man- ager has focus.

Choose Display options, Contrast Rows to customize the planes grid by shading every other used row. Click the Follow rules drop-down to view the current settings as shown in the illustration. With the current settings, when you change the Gview of a plane, the Cplane and Tplane follows. Do not alter any settings. Click in the G column of the Bottom plane to set the Gview to bottom. Note that Cplane and Tplane follow the Gview as directed by the follow rules.

Choose the Follow rules drop-down, and deselect Cplane follows Gview. Click in the G column of the Top plane to set the Gview to top. Note that Cplane and Tplane no longer follow the Gview, as directed by the new follow rules.

Click the Follow rules drop-down, and reselect Cplane follows Gview. Click in the G column of the Iso plane to return the Gview to Isometric.

Exercise 2: Creating a Custom Plane In this exercise, you create a custom plane aligned with the slanted face of the part and add it to the list of system planes. Mastercam now supports center tool definitions.

Now, when creating a tailstock or Center Point toolpath, the center tool will display in the graphics window. Tool Locators for B-axis Heads Mastercam now includes support for tool locators for B-axis heads. Spindle tool locators enable proper positioning of tools in the B-axis head. This support greatly improves collision detection and gives a clear representation of how the tool is mounted in the machine.

Additionally, multi-station tool locators are supported which allows for realistic simulation of machine tool change motion. Instead of moving all the way to the tool change position, the spindle can move to any point you specify, index the locator, and quickly get back to cutting. These new locators are fully utilized in collision detection, including all tools mounted in the locators, regardless of which tool is currently cutting.

Mastercam crack download, Mastercam for solidworks, October 27, Mastercam is licensed for Windows use by MIT students, faculty, and staff for educational use only. Nov 11, catia v5r20 js0group dll crack file The most advantages and must Use this Click on the mastercam-mt-nethasp-x Double-click on the. The program allows the activation of Mastercam products using an activation code.. CNC Software does not recommend specific anti-virus products, but if you see unexpected issues, it may be a conflict with anti-virus software.

Try temporarily disabling the anti-virus software or setting an exception for Mastercam. Our global community of Mastercam users, experts, educators, and enthusiasts helps you get the most from your investment. Skip to content. Stay up to date with the latest version of Mastercam. Full 3D CAD modeling. Context-sensitive help available from all dialog boxes. Robust 2D through Multiaxis cutting strategies.

Explore Mastercam products including Mill , Lathe , and Router. Intelligent, stock-aware toolpaths. Complete tool library and custom tool support. Get your free copy of Mastercam Learning Edition today!

Request a Free Mastercam Download. Dynamic Motion Extend tool life with proprietary toolpath strategies that maximize material removal rate and reduce cycle times. Advanced Toolpaths Reduce costs and cut programming time with advanced toolpaths like Deburr and Equal Scallop. Valuable Experience Build your expertise using the CAM software that more schools teach—and more professionals use—than any other.