{"id":99891,"date":"2022-09-30T21:39:14","date_gmt":"2022-09-30T21:39:14","guid":{"rendered":"http:\/\/carconfort.ro\/index.php\/2022\/09\/30\/sale-gwhj2-m-replace-me-mastercam-readme-april-pdf\/"},"modified":"2022-09-30T21:39:14","modified_gmt":"2022-09-30T21:39:14","slug":"sale-gwhj2-m-replace-me-mastercam-readme-april-pdf","status":"publish","type":"post","link":"https:\/\/carconfort.ro\/index.php\/2022\/09\/30\/sale-gwhj2-m-replace-me-mastercam-readme-april-pdf\/","title":{"rendered":"\u65b0\u4f5c\u767b\u5834\u9650\u5b9aSALE\u2220 \u30c8\u30fc\u30c8\u30d0\u30c3\u30b0 \u30af\u30ed\u30b3\u30c0\u30a4\u30eb GWhJ2-m \u30ca\u30f3\u30b7\u30fc\u30b4\u30f3\u30b6\u30ec\u30b9 \u30bb\u30fc\u30eb – replace.me.MASTERCAM README. April PDF Free Download"},"content":{"rendered":"

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The Chain Manager displays for access to the change at point or sorting options. These options are discussed in Lesson 2. This display lets you spot errors in the program before you machine the part.<\/p>\n

Click Display tool and Display holder on the Backplot dialog box to show the wire and guides during back- plot. Exercise 6: Changing Toolpath Parameters Although the simple contour toolpath you just created will machine the part, additional options in Mastercam Wire can make your machining more effective. Change parameters and update the operation to include these new set- tings.<\/p>\n

Note: As the passes get closer to the final part shape, the wire cuts less material and the overburn decreases. Set the following parameters on this page see following graphic of new Cut Parameters values :.<\/p>\n

These additional passes create a better finish on the part. Creating a tab on the part keeps it attached to the stock. Instead of cutting in one direction and re-threading the wire, this option makes the wire go in the opposite direction at the end of each pass. Note: Notice the change in the cut list. The toolpath motion now includes four passes around the chain and a short move to cut the tab.<\/p>\n

Because you added a tab cut with a stop on the Cut Parameters page by selecting the Tab option and setting the Tab Width, some of the options on the Stops page are already selected. A glue stop is an optional stop using an M01 code that pauses the machine before the tab cut, and allows the operator to secure the part to prevent dropout after the tab cut. Starting and ending the toolpath with arc motion reduces the possibility of leaving a burr on the part.<\/p>\n

This option shortens the lead out move, instead of forcing the wire to travel from the end of the contour to the cut point. Click Regenerate all selected operations in the Toolpaths Manager to update the contour toolpath with your changes.<\/p>\n

Exercise 7: Backplotting the Updated Toolpath Use Backplot to verify the changes you made to the contour toolpath. The wire moves to the end of the contour, leaves a tab, travels back and forth around the part during the skim cuts, then cuts the tab. A special program called a post processor, or post, reads your Mastercam file and writes the appropriate NC code. Generally, every machine tool or control will require its own post processor, customized to produce code formatted to meet its exact requirements.<\/p>\n

Set the post processing parameters as shown. These settings will ask if you want to save the NC file and will dis- play the resulting file in your default text editor. Scroll through the code and see if it meets your expectations. Congratulations on completing your first Wire toolpath! The next lesson involves multiple contours. You can select the parts as a group and then sort the chains to generate the toolpath motion you want.<\/p>\n

Exercise 1: Preparing the Multiple Contour Part 1. This part includes three contours, three thread points, and four mounting holes.<\/p>\n

The default Wire machine definition is already selected. Enter the following values to set the stock boundaries and display them in the graphics window:. Click OK to complete the stock setup. If necessary, right-click in the graphics window and select Isometric WCS. Exercise 2: Selecting Multiple Contour Geometry Instead of chaining each contour, you can quickly select multiple parts using window chaining.<\/p>\n

Click at the first point and then drag to the second point shown in the following picture and click again to draw the window around the parts. Exercise 3: Entering Multiple Contour Toolpath Parameters The parameters for this toolpath are similar to the ones you entered in Lesson 1. Creating a tab on the part keeps it from dropping out of the stock. The toolpath motion now involves two cuts for each chain, with the rough cut including the stop and the tab cut.<\/p>\n

Select For each tab to add a stop code before the tab cut on each chain and As glue stop to add them as optional stops. This option eliminates potential burrs by overlapping the start and end of the contour by the entered amount.<\/p>\n

Exercise 4: Adjusting the Chains Because you selected the contours with window chaining, the chain order may not be what you would prefer for the toolpath. The Chain Manager displays after you enter the toolpath parameters so you can adjust the chains and get the toolpath motion you want.<\/p>\n

Click through the points and chains again to see the new chaining order from right to left. Exercise 5: Verifying the Toolpath Verification is different from backplot because it simulates material removal in addition to tool motion. The veri- fication displays in a separate window called Mastercam Simulator. Right-click in the Simulator window and choose Isometric, then Fit to get a better view of the toolpath and wire. After the verification is complete, right-click and choose Zoom Window.<\/p>\n

Draw a window around the center part to look at the results more closely. Click Remove Chips on the Verify tab and then click on the middle part to see the slug drop out of the stock. Now that you have worked with single contours and multiple contours, the next lesson focuses on No Core toolpaths. The wirepath typically starts at a pre-drilled hole in the material, and zigzags or spirals outward until all material within the chained geometry is removed.<\/p>\n

Exercise 1: Preparing the No Core Part 1. This part is a solid model with a hole in the center. The No Core toolpath will machine the four additional slots. The default wire machine definition is already selected, but you need to define a thread point for each slot. Move your cursor to the end of a slot and notice the cursor change to indicate that you are selecting the cen- ter of an arc. AutoCursor activates whenever Mastercam prompts you to select a position on the screen.<\/p>\n

Exercise 2: Setting Up No Core Stock Mastercam Wire can model stock based on many different shapes, including solid models, castings, and cylinders. Select each thread point and its corresponding slot. Select the chain for each slot close to its thread point. The rough pass typically removes almost all of the material. The finish passes smooth out rough edges and can also take off additional material. Mastercam No Core wirepath offers six cutting methods for cleaning out the material.<\/p>\n

The best practice is to select a cutting method that follows the shape of your part. For this part, the default Parallel Spiral option works well.<\/p>\n

When checked, the finish pass begins starting with the closest endpoint of the closest entity at the end of the roughing wirepath. When cleared, the finish pass begins with the first entity in the chain as it was originally selected. Exercise 5: Backplotting the No Core Toolpath Backplot includes several tools for showing your wire motion. This option displays a shaded path the width of the wire as the backplot progresses and gives you a quick way to check if all the material is removed from the slots.<\/p>\n

Click Play to run the backplot. The wire cuts each slot from the inside out. The shaded area under the tool motion confirms that all the slots are machined completely. The last lesson in this tutorial focuses on 4-axis toolpaths, which work well for parts with different contours in the top and bottom planes.<\/p>\n

These parts typically have dif- ferent geometry in the XY and UV planes, or the same geometry in a different orientation, such as the gear used in this lesson.<\/p>\n

Exercise 1: Importing the 4-axis Machine Before creating the 4-axis toolpath, you must import the 4-axis machine included with this tutorial. Exercise 2: Preparing the 4-axis Part 1. This part is a solid model with the thread point and chaining start points already defined. This option lets you select a different machine definition than the default Wire machine.<\/p>\n

This Makino machine uses a. TECH library for the wire power settings, which you will work with in Exercise 4. Exercise 3: Setting Up 4-axis Stock Similar to Lesson 3, a simple cylinder is the best stock model for this part. Exercise 4: Selecting 4-axis Geometry For a 4-axis toolpath, you chain geometry in two planes: the XY plane lower contour , and UV plane upper contour.<\/p>\n

Mastercam Wire uses synchronization to determine the wire motion between the two chains. The sync mode is typ- ically determined by the part geometry, but Mastercam Wire offers several options:.<\/p>\n

Requires both chains to branch points. Requires 3D geometry have the same number of entities. If Requires each spline to have the same an area has small radii, use a higher number of node points. Note: A branch point is a position where the endpoints of three or more entities meet and where the chain dir- ection can change.<\/p>\n

Select the lower purple contour to the right of the green point. The chain start arrow should be at the point. Chain the upper contour starting at the green point. Both chains must go in the same direction and should be clockwise around the part. This sync mode works for this part because the top and bottom contours have the same number of entities.<\/p>\n

Exercise 5: Entering 4-axis Toolpath Parameters The machine definition you selected is connected to a. TECH library that contains all the power information for the wire passes, including register settings, offsets, and feeds. These settings are designed for this wire machine and control. This matches the number of passes you will program for this part. Select For each tab to add a stop code before the first tab cut on each chain and As glue stop to add them as optional stops.<\/p>\n

The stock no longer displays in the window and the Backplot tab displays at the top of the screen. Click the Backplot tab and select Enable Vectors to view the 4-axis wire positions as it moves around the part. Click Play at the bottom of the Simulator window to run the backplot. The wire moves around the part three times for the one rough and two skim passes. Click the Home tab, and select Workpiece to see the final part shape so you can compare it to the tool motion.<\/p>\n

The Workpiece checkbox toggles to view the part in different shades of translucency. You have completed the Mastercam Wire Tutorial! Now that you have mastered the skills in this tutorial, explore Mastercam’s other features and functions. You may be interested in other tutorials that we offer. Mastercam tutorials are being constantly developed, and we will add more as we complete them. Visit our website, or select Help, Tutorials from the File tab.<\/p>\n

Visit our website, or select Help, Tutorials from Mastercam’s File tab to see the latest publications. Take advantage of more than videos to master skills at your own pace and help prepare for Mastercam Certification.<\/p>\n

For more information on Mastercam University, please contact your Authorized Mastercam Reseller, visit www. For tech tips and the latest Mastercam news, follow us on Facebook www. Visit our YouTube channel to see Mastercam in action www.<\/p>\n

Registered users can search for inform- ation or ask questions on the Mastercam Web forum, forum. Contact Us For questions about this or other Mastercam documentation, contact the Technical Documentation department by email at techdocs mastercam. Open navigation menu. R Posting Nesting operation causes error and then crash. R Dynamic start point affects the amount of geometry that is cut. D D Dynamic core rest does not regenerate. D Dynamic OptiRest is generating unnecessary air cuts, based on containment boundary settings.<\/p>\n

D Dynamic Optirest Z Depth settings affect gouging in one area of the part. D Raster transition settings are causing gouging the flat surfaces. R Adding a chamfer operation between a 2D Contour with tabs, and a separate tab cut off, causes error.<\/p>\n

R Manager Editing an in-process multi-threading operation should not be allowed. D Verify is not showing a gouge. R R The Chaining dialog box is not displayed when adding a chain. S File opens with Stock Display turned off. R Inventor Views are spawning empty levels in Mastercam.<\/p>\n

R The Section column in the Planes Manager is not visible on first use after migrating a workspace, as it is disabled by default. R Japanese part files opened in Mastercam display random characters. R Mastercam is renumbering tools in hole-making toolpaths that generate sub programs do not work unless the operations are regenerated.<\/p>\n

R Using a tool with a tip angle of 41 degrees does not create the Model Chamfer toolpath. R Creating a Port Expert toolpath results in it treating the stock as if it were a solid. D Wire Two skim passes have a rapid move between them. This move should be a feed move. R Parking arm operations with no tool change should show collision with machine housing.<\/p>\n

S Verifying a specific Wire part causes a crash. D Classic Backplot, Wire appearance Color not changing. D Mastercam Simulator, custom lathe tool geometry produced infinity points errors and Verify fails. D C-axis Face Drill operations are not displayed as rotary moves. D Backplot of -Turn operation not showing the insert down correctly on the subspindle. Classic Backplot, rapid moves for Wire toolpaths are not shown with the rapid color. D D Classic Backplot, Display with color codes not working.<\/p>\n

D Mastercam Simulator Lathe thread operation causes a crash when verified along with other operations. D Lathe C-axis Contour is incorrect. D Verify not displaying radius cut correctly. D Configuration Chaining, Sync mode is now set to by Entity as default. S Configuration Solids chaining, improve Linked Edges default next branch direction. S Configuration Chaining Solids allow partial loop chains to be created on multiple solid bodies in the same session. S Configuration Chaining, Solids always show the Chaining dialog when adding a chain.<\/p>\n

R Configuration Respect startup configuration file on File, New. R Drafting Circular changes the active construction plane.<\/p>\n

R Drafting Ordinate Drafting not respecting user set values when re-entering the function. R Add Windows operating system build information to system report for Zip2Go.<\/p>\n

R Allow the user to move the insert arrow while the Import Operations dialog is open. R Unicode produced file read errors using a Japanese operating system part. R Nesting Toolpath Result naming option allows user to specify underscore instead of hyphen.<\/p>\n

R Mastercam crashes when exporting a specific file as a DXF. R Inventor files with Chinese characters in file name will not open. R Merging a template file border into a custom plane is not properly setting the text. R Cannot add High Speed on a specific. R Opening Inventor. IDW file has all entities on Level 1. R A number of the hot keys do not work properly when chaining solids.<\/p>\n

R Mastercam crashes opening a specific DWG file. D Arc3D Add-in gives a point error when running Verify if the helix start point is not in the same plane as the center point.<\/p>\n

D Error after deleting operation. D Inventor parts with surface bodies are not being imported if InventorView is installed. D Geometry Bounding Box creates a large boundary. R Geometry A cylindrical bounding box does not follow the geometry. R Geometry Solid Extrude direction is reversed when the C-plane is perpendicular to the chained geometry. R Geometry When in Solid Extrude, changing operation type does not switch to distance mode. R Geometry When using Trim to Curves it keeps a random side of the trimmed surface.<\/p>\n

R Geometry Spline Blend has been reverted to improve initial results. D The default orientation has been improved when placing the plane origin on a solid face during dynamic plane creation. S Graphics – Show selection through glass entities. S Fix field names on Transform Mirror function panel.<\/p>\n

S Prompt user when they are creating or moving entities to a hidden level. R Spline from STP file coming in faceted instead of smooth. R Selected plane changes after regeneration. R Entity information at the bottom left of the Mastercam window remains after the entity is created. R Wireframe surface display does not respect the Line Attributes settings. R Setup Sheet does not display operation comment.<\/p>\n

R Loading a part with Viewsheet bookmarks causes the graphics to regenerate twice. D Lathe Stock model is incorrect with Facing operations. R Lathe Drill tools are not reporting the correct insert material in setup sheet. R Lathe Groove toolpath is not respecting Ignore undercuts on all undercuts. R Lathe Face toolpaths spindle direction changes for second speed. R Lathe Reference point values from coordinates of a point are not applied. R Lathe Add ability for lathe to automatically retract to clear part after ID toolpaths.<\/p>\n

R Lathe The small icons display mode is calculating the incorrect width for full radius tools. R Peel Finish pass causes Mastercam to crash. R High Speed Waterline is showing zero toolpath size when regenerating. R Surface Finish Contour with a radius slot mill results in a bad toolpath. R Dynamic Peel toolpath is plunging with finish passes. R Scallop toolpaths has small spikes that are not allowed on machine.<\/p>\n

R Contour tab cut off is using the wrong Compensation direction. R Contour set to Remachining and using Reverse Wear is outputting incorrectly. R Dynamic OptiRough is gouging on back feed moves.<\/p>\n

R D High Speed toolpath operation incorrectly marked dirty. D Surface Finish Parallel toolpath parameters are not sticking.<\/p>\n

D Dynamic entry point was dropped. D Pencil toolpath does not cut the fillet at the bottom of the vertical wall. D Keep tool down is not being used in the high speed toolpath operation defaults. D In Dynamic toolpaths, micro lift feed rate not changed until regeneration. D When using a ramp lead out, it plunges down before retracting between cuts with incremental feed plane.<\/p>\n

D Issue outputting a micro lift feed rate with Dynamic OptiRough. D D High Speed toolpath retracts are not outputting on regeneration of multiple operation. D Contour with Remachining was not regenerating. D Surface Finish Blend Toolpath has bad moves. D Scallop reports that the tool holder gouges the part. D Dynamic OptiRough causing issues with plunge feed rates. D Surface Finish Contour cuts the inner side of the face when the fillet is included in the solid. D Dynamic is not respecting the avoidance regions.<\/p>\n

D Horizontal Area is plunging through the surface it is cutting. D Horizontal Area with geometry violations results in negative stock to leave.<\/p>\n

D Dynamic will not regenerate with micro lifts. D Surface Finish Contour using a lollipop tool is leaving too much material. Contour using Derive from geometry is causing Clearance only at the start and end of operation to not function. R R Tooling Tool Manager is renumbering tools creating odd results. R Tooling 3D Lathe tools silhouette between planes, set the ruler zero to the cut plane. R Tooling Exiting the Tool Designer function panel is not returning the user back to the current viewsheet.<\/p>\n

R Tooling The manufacturer code for 3D tools is not being output in the posted code. R Tooling Tool Designer should use insert boundary when guessing the quadrant for new tool. R Trim toolpath does not retract between operations selected to trim. R Changing miscellaneous values will inconsistently marks toolpaths dirty and changes posts. R Toolpath Transform operation was dirty on File, Open.<\/p>\n

R The Chaining dialog box does not change from Solids mode without closing and reopening. R Running Toolpath or Geometry nesting is resetting file paths. R When chaining, the start point is not always respecting the selected entity. R Cutter compensation not successful warning spawned in the attached file.<\/p>\n

D Adding a Solid to drive faces hangs Mastercam. D Setting the lead out Ramp is altering the retract moves.<\/p>\n

D Copying the toolpath after itself and re-assigning a new boundary yields no creation of toolpath. D are ignoring the metric flag in inch configurations. D Feed rate override for Helix entry is not output.<\/p>\n

D User defined cutting parameters cannot be over ridden by the user. D Regeneration flattens or removes toolpaths. R Manager Surface Finish Contour is hanging Mastercam when deselecting geometry through the geometry icon in the Manager.<\/p>\n

R Manager Manager Manager Only display associative geometry supports solid features. R Posting an Nesting operation causes error and then crashes. In the case of Mill, Router, and Wire machine types, Stock Display works as it did in previous versions.<\/p>\n

For Lathe and Mill-Turn machines, you can now control which stock components are displayed in the graphics window. For Mill-Turn machines, the available components depend on your Job Setup and your current machine.<\/p>\n

If a component is not defined or available for your current machine setup, the option is disabled from the Stock Display drop-down. Guided Chaining You can now guide and select the next entity in a chain when a branch point has been reached. Guided chaining is available in 3D Wireframe and Linked Edges mode for solids. One or more blue arrows display pointing in the direction of any alternate branches as shown in the following example. Two new controls are now available on the Chaining dialog box: Use Next to continue in the direction of the red arrow.<\/p>\n

Alternately, you can click on the red or blue arrow to advance the chain in that direction. Keep names when exporting solid bodies When exporting solids to other CAD formats, Mastercam will now export the solid name data with the bodies. Naming levels and solid bodies from imported solid assemblies When importing solid assemblies, Mastercam’s file importers use a new protocol to populate both the Solids and Levels Manager. Mastercam processes the solid depending on what type of information is available from the incoming file format.<\/p>\n

If there is no level or body name data in the imported file, the body and the level name are the file name. Levels Manager l l l l Level names from the imported file or assembly are preserved in the Mastercam part file. Even when importing from formats with no level data, Mastercam places the imported solid bodies on separate levels. The level name is based on the solid body name, when possible. When the information is present in the original file, Mastercam 26 What’s New in Mastercam \u2014 General Enhancements assigns the solid body name to each level.<\/p>\n

To change this behavior, deselect Assign Level names to match Solid names on the Converters page of System Configuration. Mastercam organizes the various solid bodies of an assembly in the Solids Manager.<\/p>\n

Whenever possible, Mastercam names each imported solid body. Multiple bodies with the same name will have numbers appended. Bodies in separate part files in assemblies will include the name of the assembly in the Solids Manager. Ignore blanked entities in count Select Ignore blanked entities in count from the Display options dropdown to not include blanked entities in the Entities column count. This option is off by default. Previously, blanked entities were included in the entity count and caused confusion between the count and visible entities on a level.<\/p>\n

Import via drag and drop You can now drag and drop a supported file for example,. Mastercam Simulator Listed below are enhancements made to Mastercam Simulator, accessed through the Toolpaths Manager. You can add a bookmark, clear a bookmark, or clear all bookmarks. Use Automatic Bookmark to insert bookmarks at certain locations, such as a tool change or operation change. The bookmarks are then displayed on the playback bar. Simply select any bookmark icon to display the part as it is at that moment.<\/p>\n

You can also use Create Bookmark on the playback bar to add a bookmark. If you exit Mastercam Simulator or regenerate the toolpaths, the bookmarks are cleared automatically.<\/p>\n

They do not persist between sessions. Create presentation You can now create a presentation from Mastercam Simulator. Saving a presentation lets you preserve your settings and layout of your Mastercam 30 What’s New in Mastercam \u2014 General Enhancements Simulator session and can be used to show a simulation on any computer, even if it does not have Mastercam.<\/p>\n

Select Save Presentation on the Home tab to create your presentation. Select Verify from the Toolpaths Manager, and select Simulation on the Home tab to view the machine simulation.<\/p>\n

Use the Components tab to set up stock and fixtures. Use the Data tab to set tolerances. Use the Simulation tab to set the machine, position, and tolerance. If you do not have a machine selected when entering Mastercam Simulator, Mastercam will default to a generic machine or a machine that was selected in the Machine Simulation dialog box for the standalone Machine Simulation. Once logged in, you have access to Mastercam’s social media outlets, your Reseller information, the Mastercam forum, and other helpful information.<\/p>\n

Alternately, you can select a member of the group, which will select the entire group. This new option is located on the Nesting Configuration dialog box. New location for temporary files Temporary nesting files now go into Mastercam’s default temp folder When creating a new plane by using the on-screen, dynamic gnomon, from the Planes Manager, using Trim to Plane, etc. When editing an existing plane, the Edit Plane function panel opens. The function panels share the same controls, which are enabled or disabled as appropriate for the current mode.<\/p>\n

Import via drag and drop You can now drag and drop a supported file onto the Planes Manager to import the file’s planes. The Plane Selection dialog box displays and lets you select which planes to import. The planes are imported into the open Mastercam file. To ensure that Mastercam does not overwrite your part, machine, and control definition files, the save file workflow has been changed. Mastercam part files When you open a Mastercam X9 or older part file in Mastercam , selecting Save opens the Save As dialog box, where you can save the file with the When you open a Mastercam part file in , you will see a warning banner in the interface that tells you the file is from a previous version of Mastercam.<\/p>\n

If you click Save, a warning will display. Choosing Yes saves the file as a Mastercam You can now select different types of entities without switching between Standard and Solid modes on the Selection Bar. If both the Face and Body Selection filters are 46 What’s New in Mastercam \u2014 General Enhancements enabled, the cursor will alternate between face and body selection when moving over a solid. Mastercam displays a prompt to guide you through selection techniques.<\/p>\n

Hovering over a solid highlights the nearest face and displays the face selection cursor. Click to select a solid face or double-click to select a feature. If only the Face Selection filter is enabled, you can triple-click to select all faces of a solid body. Click an individual face of the solid to deselect it from the body. Pressing [Esc] or double-clicking in an open area of the graphics window accepts the selection. Selection masking for sheet bodies A new sheet solid selection capability has been added to the Select All and Select Only dialog boxes.<\/p>\n

Select Level or Viewsheet on the Capture Images dialog box to include them into your report. Click an icon to launch the website. System Configuration Listed below are enhancements made to System Configuration. Default file open type You can set a default file type to be used when opening a file.<\/p>\n

The setting persists from session to session. Update to Parasolids This upgrade allows Mastercam to do the following: l Maintain compatibility with other CAD modelers l Benefit from new features and capabilities, when possible l Benefit from bug fixes within the kernel 52 What’s New in Mastercam \u2014 General Enhancements User Interface Changes The following functions have been converted to function panels for Mastercam After selecting an update option, the right side of the dialog box shows which planes will be updated.<\/p>\n

You can select different update options and see which operations will be affected before committing the change. You can no longer output as text. These include improvements to Solid, Model Prep, and Wireframe functions. Angle Sweep To improve the creation of more complex wireframe functions and when creating or editing primitives, there are now on-screen sweep and rotate controls.<\/p>\n

These controls can snap to the AutoCursor positions of existing entities, including tangencies. Additionally, the controls recognize horizontal and vertical snap positions based on the gnomon orientation. All wireframe functions, with the exception of Polar arcs and Ellipses, now include a sweep control. Rotate controls were added to the following wireframe functions: Polygon, Ellipse, and Rectangular Shapes.<\/p>\n

This also applies to Roll, located on the Transform tab. Helix and Spiral now include a single-axis control that lets you graphically modify the height of the shape you are creating and editing. Seam Control To make Roll and Unroll results easier to predict, a new gnomon based rotation control is now available. You can visually rotate the seam to see how geometry will respond, as well as snap to AutoCursor positions. Align Note allows you to move existing notes and labels in such a way that they are more organized and easier to read.<\/p>\n

After selecting the function, select the notes you wish to align, and then choose a note to use as the reference position. You can then make any adjustments needed from the function panel. Cross Hatch is also live, allowing you to see what you are creating before accepting it. Unlike notes, labels, and letters, leaders are not live entities and cannot be edited.<\/p>\n

Methods used to align dimension orientations Auto, Horizontal, etc. When you select Lock, the specific Method you have selected stays active until you change it. You can easily create multiple dimensions using a specific orientation without having to reset it.<\/p>\n

Hole Axis Hole Axis is now easier to use with a large number of holes, especially holes with matching diameters that are selected as a group. When you hold down the [Ctrl] key to select all holes with the same diameter, Mastercam calculates the top based on the direction of the hole. The result can be undesirable with multiple holes pointing in different directions.<\/p>\n

In previous releases, you had to individually select the axis inside the hole or select and then re-select each arrow to change the direction of the vector. In , the vector arrow is larger and is selectable to make it easier to manage directions on a small set of holes. Direction options The new Direction options allows you to change the direction of the holes. Use Opposite to flip the holes opposite of the direction determined by the Orientation option.<\/p>\n

Select Include blind holes to flip the direction of theoretical blind holes, but not true blind holes. A true blind hole has a physical bottom inside of the solid. A theoretical blind hole passes completely through a section of the solid. Orientation options Use the new Orientation options to determine the direction of the top of the holes. Select Cplane to orient the top of the selected holes to match the positive direction of the Z axis of the current Cplane.<\/p>\n

Now, you can undo and redo up to twenty-five Model Prep functions using the new Undo and Redo, located on the Solids Manager. They only affect changes made using the Model Prep functions. Applying a history-based Solid function to the model clears the Undo and Redo memory stream and makes any previous Model Prep changes permanent.<\/p>\n

Solid Enhancements Solid Sweep Solid Sweep now has more options and controls than in previous releases. Solid Sweep operations from previous releases will still have limited features when edited in Mastercam<\/p>\n

 
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