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Mastercam Solids TrainingTutorial Metric SAMPLE – replace.me

 

Solid Extrude Create Body. Solid Extrude Cut Body. Constant Radius Fillet. One Distance Chamfer. Create Parallel Lines. Create Tangent Arcs. Create Lines. Translate Geometry. Solid Revolve Create Body. Create Geometry in Front Plane.

Create Rectangular Array. Solid Extrude Add Bosses. Constant Fillet Radius. Solid Sweep Cut Body. Make Changes to The Solid. Solid Shell. Curve All Edges. Offset Chains. Create Plane From Solid Face. Create Circles. Create Dynamic Plane. Create Polygons. Transform Translate. Set Solid Feature Color. Create Point Position. Create Surfaces. Create Plane From Geometry. This will make toolpathing and modifying drawings easier. Delete Duplicates Ensure that no entities are selected in the graphics window.

The geometry that was duplicate will change the color to magenta. To reset the geometry color, right click in the graphics window and select Clear Colors.

Make a window that encases all entities to be checked. The number of overlapping entities deleted will be stated. Select the OK button to finish the command.

Make sure that the 3D construction mode is enabled in the Status bar. Select the surface or surfaces. Press Enter or select the End Selection button. Select the OK button to accept the default settings. Drag the arrow to the desired edge for curve creation. Click to select the edge. Activate appropriated selection type for desired selection. In this example, curves will be applied to one face of the solid only. Page: How To Tips Dynamic Transform Dynamic Transform Dynamic function allows you to manipulate geometry orientation and location using an interactive gnomon.

You can translate, translate in 3D, and rotate all within one powerful function. Although the same functionality is available, the command works slightly different. The Dynamic Gnomon helps you to manipulate geometry orientation and location interactively.

The gnomon comprises three axes connected at the origin, with selection points that let you choose different types of transformations. The image below shows these selection points, with the links on the right providing detailed information on each. Select the entities. Press [Enter] or select Place the gnomon origin position. Drag the cursor on it to move the entities in the selected axis direction. Enter a value if needed. The entities will be rotated around the axis with the same color as the selected arc.

Select the gnomon origin. Drag it and snap to another entity. Each Quick Mask button has two functions, select all or select only, depending on whether you click the left half or right half of the button. Hover over you mouse over each button half to view its function. Color Mask allows you to select the entities based on their color.

In the Select All dialog box enable the color that is the same with the entities that you want to select. You can select multiple colors in the Select All dialog box, by holding down the Ctrl key. Excell Tip: In Excel, enter all the points into 2 columns. Save the file as a CSV. Select the file and go to Options. If in 2D mode, the entities will move in the X and Y axis only but maintain the current Z values.

If in 3D mode, the entities will move in all axes. Therefore the point selected to move to the origin will be placed at 0,0,0. In this example, the top of the part will need to be Z zero and the part needs to be in positive X and Y. Expand your Mastercam knowledge, anytime and at your own pace, with our selection of step-by-step online video eCourses. Transform Move to Origin The selected corner of the part will be moved to the origin as shown.

To reset the geometry color, right click in the graphics window and select the Clear Colors icon. The commands allow you to modify the solid in Mastercam. Model Prep commands required a solid without history. Removing a solid’s history strips all operations and features from a selected solid model and converts the solid into a “brick” in the Solids Manager. Below is the sample part to demonstrate the function to split a surface and move a surface.

If there is a solid history linked to this part, the pop-up below may occur. In order to process, the history will need to be removed. Repeat for the opposite side of the solid. Click on the stem of the arrow of the desired axis and drag the gnomon in the desired direction. Select the desired Lathe. Select the Turning tab and click on the Lathe Tool Manager.

Right mouse click in the upper box and select Create new tool. Select the tool type that is applicable. Specify the desired Compensation orientation. Then select Save to Library. Select the Save button. Select the desired machine. From the Toolpaths ribbon, select the Tool Manager. Enter the name of the new tool library eg. New Library 1 and then select Save.

The Tool Wizard window opens. Save changes to your current library? Then use the up arrow to move them to the upper window. Then use the down arrow to move it to the lower window. Save changes to your current tool library?

Select the Levels tab from the bottom of the Manager panels. Draw only half of the holder, as the profile will revolve to create a complete holder. The holder must be drawn as a continuous chain, meaning there can be no overlaps or duplicate entities. A custom lathe tool must be drawn with two closed chains in two different colors. Each chain must be drawn as a continuous chain, meaning there can be no overlaps or duplicate entities.

The tool geometry can look as shown. Right click in the upper window of the Tool Manager and select Create new tool.

Under the Tool Geometry, select the Level that the custom tool geometry is created in. Then select Save To Library. Create a new Level and name it “Custom Tool. Draw only half of the tool, as the profile will revolve to create a complete tool. Make sure it is an open chain. The tool must be drawn as a continuous chain, meaning there can be no overlaps or duplicate entities.

Select the Next button. Select the Finish button. Tool libraries have the extension of. Select the. DXF file of the desired custom tool. Then select the Next button. Then select Finish. In the Tool page, right mouse click on the tool that you created. Click on the Save button to finish. If you change the feeds and speeds in the tool definition, and want to use those values each time you select the same tool, you should disable the option as shown in the following steps.

Select the FILE tab. The result is Mastercam —a powerful new release driven largely by customer feedback. Now we invite you to explore the features that you requested—like more advanced roughing in 2D machining and improved workability with meshes—and to find out how the latest version of Mastercam can help you. When OptiRough was first introduced in , it was not sold as an add-on; it was given to every Mill 3D user on Maintenance. Since then, the Mastercam development team has collected immense amounts of feedback and has made continuous improvements to the technology.

As a result, OptiRough is one of the most well-tested and reviewed toolpaths within Mastercam. With OptiRough, users can rough an entire part with one toolpath rather than multiple individually programmed 2D operations. Skip carousel. Carousel Previous. Carousel Next. What is Scribd? Explore Ebooks. Bestsellers Editors’ Picks All Ebooks.

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Original Title: master cam Jump to Page. Search inside document. For downloaded pdf please visit www. This tutorial takes approximately an hour and a half to complete. Step Preview: 2. NOTE: While creating geometry for this tutorial, if you make a mistake, you can undo the last step using the Undo icon. If you delete or undo a step by mistake, just use the Redo icon.

Fit Screen NOTE: The stock model that you create is used when viewing the file or the toolpaths, during backplot, or while verifying toolpaths. NOTE: The stock is not geometry and cannot be selected. For more information on the Chaining button and Options, click on the Help button.

You spoke, and we listened. Since the release of Mastercam , the Mastercam User Experience team has surveyed countless users, conducted usability tests inside and outside of Mastercam headquarters, and spent hours and hours trying to reduce mouse miles.

The result is Mastercam —a powerful new release driven largely by customer feedback. Now we invite you to explore the features that you requested—like more advanced roughing in 2D machining and improved workability with meshes—and to find out how the latest version of Mastercam can help you. When OptiRough was first introduced in , it was not sold as an add-on; it was given to every Mill 3D user on Maintenance. Since then, the Mastercam development team has collected immense amounts of feedback and has made continuous improvements to the technology.