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Mastercam 2018 reporting computation error free. Manufacturing Engineering – March 2020

Mastercam 2018 reporting computation error free. Manufacturing Engineering – March 2020

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Mastercam includes three levels of simulation in a common interface, letting users focus on one specific element of a job or the entire process as a whole, Mund noted. There is a balance between comprehensive simulation for toolpath programming and full G-code simulation that is customized to machines on the shop floor, Mund said.

Mastercam delivers built-in verification capable of complete machine simulation. We work to give Mastercam users flexibility and choice in the level of simulation to meet their specific needs. A key trend is simulating more complex machines with complex attachments, workholding, and tooling, said Marc Bissell, senior applications specialist for HCL Technologies Ltd. Another trend he sees is a preference towards true G-code simulation rather than simulation based on CL data.

In assembly mode, programmers see workholding and tooling during part programming and simulation, detecting any collisions or other issues earlier in the process. Some companies like Haas Automation make solid models of their machines readily available to CAM companies online. As an added benefit, all of the CAD and CAM data is stored within a single file and the toolpaths developed by the CAM programmer will update automatically to design changes, so the current revision of the part is always the one being machined.

Simulation plays a critical role in learning to use these unfamiliar machines. Having one simulation software that verifies all the NC processes helps programmers be more efficient, and enables them to see the entire manufacturing process end-to-end for making the part. The key is making it all work, he added. And Thanks For Sharing! Post Top Ad. Sunday, 22 July Download Mastercam v Anonymous July 22, CAM,. CNC Software Inc. Mastercam is a type of software used by professionals in the manufacturing industry.

This software helps to produce mechanical drawings of machine parts, learn how to operate CNC lathes and mills and create 3-dimensional wire frame models. The most powerful machining software yet – Mastercam, introduces many significant new capabilities, including the new Mill-Turn product and much more. Our goal is to provide superior software products based on our users’ needs to solve simple to complex design and machining problems.

Mastercam’s powerful tools are designed for the most important job there is – your. From the CAD created with the eye to the NC programmer to the advances in the cutter path creation, Mastercam helps ensure you make the most of your shop. Expanded Dynamic Motion Mastercam’s signature technology is more efficient than ever. Refined Machining, Made Easy New tools make your work faster, easier and more secure.

Better Ways to See Your Work Push-pull modeling and editing, feature identification and editing, and more. Powerful Mill-Turn additions Crisper simulation and full fixture support. Mastercam This release features a new functionality focused on delivering speed and efficiency to your machining jobs.

Stock awareness has been added to select 2D toolpaths. Add or remove finish cuts based on the number of rough depth cuts specified on the Depth Cuts page. Chip Break is now available for Face and Finish Toolpaths when chip breaks occur. Press the [Page Down] key several times to zoom out from the part. Right-click anywhere in the graphics window and choose Dynamic Pan from the menu.

Click and drag to the right until the part is at the right edge of the screen. Click again to exit dynamic panning. Press [F9] to display the coordinate axes. Choose Toolpath Group 1. This selects all the operations. Choose Type—Mirror. Choose Create new operations and geometry. Make sure your other selections should match the following picture. Choose the Mirror tab. Choose Reverse toolpath.

The original toolpath used climb milling; selecting Reverse toolpath means that the mirrored part will also use climb milling, so the finish on both parts will match.

The Mirror tab should match the following picture. The part and toolpaths should look like the following picture. The way the operations are ordered now, Mastercam will rough the first part, then finish and chamfer it before roughing the second part, resulting in unnecessary tool changes.

In this procedure, you will rearrange the operations so that the roughing, finishing, and chamfering operations are grouped to minimize tool changes. You can see the new operations 4, 5, and 6. Click and drag the corner of the Operations Manager window as shown in the preceding picture to make it larger, so you can see all the operations. Click on the second rough operation Operation 4 and drag it on top of the first rough operation. Click on the second finish operation and drag it on top of the first finish operation.

Your operations should be in the following order. Choose Select All, Backplot. Choose Run. You should see the operations machined in the proper order. When the backplot is finished, close the Operations Manager and save the file. In this chapter, you saw how to mirror parts and toolpaths. In the next chapter, you’ll learn techniques for rotating geometry and operations around a center point so you can easily draw and machine circular parts.

After you create the part, you will learn how to rotate toolpaths as well. Exercise 1 — Creating the geometry In this exercise, you will design a wheel with three symmetrical slots as shown in the following blueprint. You will use the following skills: Creating arcs, tangent arcs, and lines Rotating geometry Trimming geometry If necessary, create a new file. Enter for the diameter. Press [O] to select the origin for the center point.

Note: Press the letter “O,” not zero. Enter 40 for the diameter of the inner circle. Press [O] again to select the origin for the center point. Press [Esc] to exit the Create Arc function. Right-click anywhere in the graphics window and choose Fit screen from the menu. Creating construction lines for the slot To rough out the slot, begin by defining the vertical edges, then rotating to the proper position. Select at position 1 then at position 2 these are only approximate positions to draw the construction guide.

Enter 10 for the X coordinate of the line. Create a second vertical line by selecting near positions 1 and 2 again. Enter —10 for the X coordinate of the line. Next, you will rotate one of the lines to form the other edge of a slot. Select the left line. Choose Done, Origin. Choose Operation—Copy. Enter a Rotation angle of The line should rotate as shown in the following picture. Creating the arcs for the slot outline Create the inner and outer curves along with the fillet arcs for one of the slots.

Press [O] to select the origin as the center point. Type in the radius of the outer arc: 80 4. Click near positions 1 and 2 in the following picture to locate the approximate starting and ending angles of the outer arc. Note: Mastercam measures all arcs in a counterclockwise direction. To create the inner arc, type [O] again to locate its center point at the origin. Enter its radius: 40 7. Click near positions 3 and 4 in the previous picture to locate the arc’s endpoints. Now create 12 mm fillets at the four corners of the slot.

Enter 12 for the radius. Click on the positions shown in the following picture in order. Completing the first slot To complete the first slot, you need to create the flat edge on the outside radius. First you will create the horizontal line. Then you will rotate it into position and create the arcs that connect it to the slot. Enter the coordinates for the first endpoint: — Enter the coordinates for the second endpoint: The line should look like the following picture.

Select the horizontal line you just created. Choose Operation—Move. Enter a Rotation angle of — The line should rotate into position as shown in the following picture. Zoom in on the new line. Right-click anywhere in the graphics window and choose Zoom window. Click once near position 1 and then near position 2. Select the arc at position 1. Select the endpoint of the line at position 2. Enter the radius of the arc: 12 Since there are several possible arcs through the endpoint of the line and tangent to the arc, Mastercam asks you to select the one you want to keep.

Repeat steps 12—15 to create the arc at the other endpoint of the line. Use Mastercam’s Trim function to delete the segment of the outer radius between the two arcs. Select the arcs at positions 1, 2, and 3 as shown in the following picture.

Delete the construction line shown at position 4. Press [Page Down] to unzoom, if necessary. Creating the other slots by rotating the first slot Now that you’ve created the first slot, copy and rotate it about the center point to create the other two slots. Fit the part to the screen. Click anywhere on the slot. Choose Done, Done, Origin. In the Rotate dialog box, choose Operation—Copy.

Enter 2 for Number of steps. Save the file in your working folder as slotted wheel. You will cut around the inside contour to cut the slot out completely, instead of cutting it as a pocket. You will create a toolpath for the first slot, and then add the other slots to it. You will learn the following skills: Cutting an inside contour Adding more geometry to an existing toolpath Creating the toolpath 1.

Select the start point for the chain at position 1. The chaining direction arrow should point counterclockwise. If it doesn’t, choose Reverse from the menu. Select the 10 mm HSS flat endmill from the tool library. Select the Contour parameters tab. The part is 12 mm thick, and you will cut through an additional 3 mm. Your other parameters should match the following picture. Enter 0 for Entry Line—Length. Enter 12 for Entry Arc—Radius. Choose the button to copy the entry arc dimensions to the Exit section.

The toolpath should look like the following picture. Choose the Geometry icon for the toolpath. Right-click on Chain 1 and choose Add chain from the menu. Click on locations 1 and 2 in the following picture to add the other two slots to the toolpath. After selecting each slot, the chaining arrow should be pointing counterclockwise. If it does not, choose Reverse from the menu.

The Chain Manager displays the chains for all three slots. Choose Regen Path. Choose OK after the toolpath has been regenerated. Exercise 3 — Rotating a toolpath The part shown in the following picture has 30 identical slots. In this exercise, you will create a toolpath for a single slot and, instead of rotating and copying the slot, you will rotate the toolpath.

Using this approach to machine the other slots means that you don’t have to create geometry for them. Open the file rotation-mm. Select the start point of the chain at position 1. The chain direction should be counterclockwise. Select a 6 mm HSS flat endmill from the tool library. Enter a Depth of —6. The rest of the parameters should match the following picture. Choose the Multi passes check box and button.

You will create a single roughing pass and a single finishing pass. Enter 1 for the Roughing passes—Number and 1. Enter 1 for the Finishing passes—Number and 1 for Spacing. Select Keep tool down. This ensures that the entry and exit move will take place in the middle of the slot, instead of at the narrow end where there isn’t enough room. Enter 0 for the Entry Line—Length. Enter 3 for the Entry Arc—Radius. All you need for an entry arc is a partial arc, so enter 45 for the Entry Arc—Sweep.

Mastercam generates the toolpath shown in the following picture. Rotating the toolpath 1. Choose Next menu, Transform.

Choose Type—Rotate. Choose Method—Coordinate. This means that each rotated toolpath will be generated by calculating the coordinates of each slot within the same plane, rather than by shifting the orientation of the tool and part for each successive slot. Choose the Rotate tab. Choose Origin for the Rotate point.

Enter 29 for the Number of steps. All of the tool movements for the 29 other slots are contained in the single Transform operation as shown in the following picture. Save the file as rotation1.

This procedure shows you how to cut the multiple slots when you are using a rotary indexer to rotate the part. Choose the Parameters icon for the Transform operation. Change the transform method to Tool plane. Select the Subprogram option. Make sure that Incremental is selected. Note: Some posts may not support subprograms.

If your post does not, leave the Subprogram option unchecked. Choose Select All, Post. If necessary, choose Change Post and select the proper post for your machine. Make sure your other values match the following dialog box and choose OK. When prompted, save the NC file as indexer. When the NC program appears in the editor window, scroll down until you see the lines shown in the following picture.

You can see the A codes used to increment the indexer. Close the editor window. You’ve now seen a number of techniques for creating 2D geometry and toolpaths.

The next chapter introduces you to creating 3D geometry and toolpaths. This chapter introduces you to some basic techniques. The first exercise shows you how to construct a simple drill toolpath by selecting arcs.

In the second exercise, you will change one of the arcs and regenerate the drilling operation. The third exercise shows you how to drill at different depths and combine multiple drilling operations on the same holes.

Exercise 1 — Creating a basic drill toolpath This exercise introduces to some basic techniques for creating drill toolpaths. You will learn the following skills: Using a mask to select arcs for the drill toolpath Sorting points to set the drilling order Filtering the tool library Creating the drill toolpath You will create the gasket shown in the following picture.

Choose Main Menu, File, Get. Open the file gasket-mm. Enter a diameter of 6 in the prompt area. Mastercam prompts you for the center point of the first 6 mm arc.

Since you want to locate the new arcs at the center of the arcs that are already in the drawing, press [C], then select the arc as shown in the following picture. Mastercam automatically places the new arc at the center. Repeat steps 4 and 5 for each of the remaining arcs shown in the following picture. Choosing holes for the drill toolpath To specify which arcs will be the drill holes for the toolpath, you will use the Mask on arc feature. This lets you select an arc in your drawing and have Mastercam automatically choose all the arcs that match it.

Choose Main Menu, Toolpaths, Drill. Tip: To avoid having to press [C] for every arc, right-click in the graphics window and turn off AutoCursor. Be sure to turn it on again when you are through. Choose Mask on arc. Select any of the 6 mm holes.

Press [Enter] to accept the default tolerance value. Choose Window. Click above and to the left of the part, and drag a rectangle that encloses the whole part. Click at the lower-right corner. Mastercam selects all the 6 mm holes. The lines joining the holes show the order in which they will be drilled. To select a more efficient pattern, choose Options. Choose the Point to Point sorting button as shown in the following picture.

When Mastercam prompts you to select the starting point, select the arc in the lower-left corner. The holes should be sorted as shown in the following picture. Using the Tool Library filter to select a tool As soon as you choose Done in the previous procedure, Mastercam automatically displays the Simple drill — no peck dialog box where you can select a drill and set other drill parameters.

Choose the Filter button. Choose the None button to cancel the current filter setting. Choose the Drill button as shown in the following picture. This means that when you return to the Tools Manager window, you will see only drills, making it easier to select the proper tool.

Setting the drilling parameters 1. Choose the Simple drill — no peck tab. Enter —6 in the Depth field. Your other values should match the following picture. Choose the Tip comp check box and button. Make sure your values match the following picture and choose OK.

Choose OK again. Mastercam generates the drill toolpath. Choose the green Gview—Isometric button from the toolbar to see the toolpath more clearly. Choose Main Menu, File, Save and save the part in your working folder as new gasket. Exercise 2 — Changing the size of a drill hole Your customer told you that one of the drill holes needs to have a 12 mm diameter instead of a 6 mm diameter. One way to do this is to delete the hole and create a new hole in its place.

Then, create a new drill toolpath for the new hole with a larger drill. Because each operation in Mastercam can have only a single tool, the different drill size requires a new operation. In this exercise, you will learn the following skill: Creating a new drill toolpath for a different size hole Drawing the new hole Delete the existing hole, then draw the new one in its place.

Choose the green Gview—Top button to switch out of isometric view. Choose the Delete button from the toolbar. Select the arc shown in the following picture. 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. 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. 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. 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.

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. 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. R D High Speed toolpath operation incorrectly marked dirty. D Surface Finish Parallel toolpath parameters are not sticking.

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. 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. D Horizontal Area is plunging through the surface it is cutting.

D Horizontal Area with geometry violations results in negative stock to leave. 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. 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. 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. D Adding a Solid to drive faces hangs Mastercam. D Setting the lead out Ramp is altering the retract moves.

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.

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. R Manager Manager Manager Only display associative geometry supports solid features. R Posting an Nesting operation causes error and then crashes. R When importing operations, the tool or the geometry branches do not display.

R Wire Wire toolpath is displaying some additional geometry that should not exist. Information might have been changed or added since this document. Setup in Rhino and Mastercam 2. Creating A Drilling Operation 3. Creating A Contour.

Information might have been changed or added since this document was published. Information might have been changed or added since this document was. Introduction Datum features are non-solid features used during the construction of other features.

The most common datum features include planes, axes, coordinate systems, and curves. Datum features do. Introduction We will focus on:. This control was built for the shop environment with a rugged keyboard. A dialog. The job shop progamming solution Its so simple even a CaveMan can use it! CNC Solutions, Inc. No part of this documentation may be copied, transcribed, stored in a data backup system or translated.

The system enables the creation. Features are the basis for creating parts, which can be put together into assemblies. Here you can find all of the drawing and editing tools needed to create fast, accurate, detailed working. Edit sketches of the sketch based features. Edit the sketch plane of the sketch based features.

 
 

Mastercam 2018 reporting computation error free –

 
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› › Contents View. The latest simulation packages offer CAD/CAM and NC-level code-checking to ensure fast, error-free machining processes.

 
 

Mastercam 2018 reporting computation error free

 
 

Finally, an adjacent tool path of equal maximum residual height is calculated by iterative calculation. In this way, the tool path of the whole surface can be obtained. The experimental results show that compared with the commercial software Master CAM, the algorithm can greatly reduce the total length of the tool path while ensuring the quality of the surface machining, and improving the processing efficiency. Article :. DOI: Need Help?

D Mastercam Simulator does not verify operations that occur after a Stock Model operation. D Backplot does not display the correct Z coordinate in the Status bar. D Backplot reports an Invalid Feedrate on Contour toolpaths. R The translucent Stock display option in Verify shows triangles around the edges of the part. D Mastercam imports composite curves as a continuous spline. R Mastercam crashes when the graphics window loses focus.

R Customized ribbons and tabs do not migrate correctly. R Opening Mastercam Version 9 files changes the operation order. R Mastercam does not import Creo 2 files correctly. R Displaying surfaces causes a decrease in performance. R AutoCursor – Override Endpoint does not recognize surface endpoints.

R Edge highlighting makes it difficult to see tool features. R Deleting a plane does not remove the geometry association. S Lathe PrimeTurning misses depth passes. R Lathe -Turn Mastercam reports a stock collision with Left spindle stock when the stock is on the Right spindle. Comments are still posted even when you select the Remove Comments option in the Transform Operation dialog box.

R Tooling Lathe tool insert radius is not smooth in Backplot. R Tooling Slow loading of 3D tools in Backplot. R Manager Manager Manager Exporting an operation replaces the target operations file. Mirror by Geometry in Toolpath Transform does not chain the complete contour. R In File Merge, some entities are not correct when merging with current attributes. R Using Step import for holders is producing different results than a previous version of Mastercam.

R File opens with blanked geometry and improper gnomons displayed. R Unicode File does not respect character file path limit. R Mastercam is crashing when saving a file which contains a bad spline. R Geometry Surface Sweep creates a surface in opposite direction. R Geometry Modify Length heals a spline that was trimmed using spline blend. R Geometry Tessellation status disappears before tessellation has been completed during regeneration.

The active tab on the ribbon is switching when the part file is open, it does not retain the most recent selection.

R Lathe Unable to create a Turn Profile from surfaces. R Turn Calling MP. R Turn Changing a Contour toolpath type to Slot causes an error. R R D Contour Ramp is not working properly. D Manager Operations using the hot key T toggles display off, but not on. R Uppercase conversion in the ribbon failed for some languages in Mastercam R More Colors option is causing inconsistent crashes.

R Lathe Stock Advance, Use tool stop. R Lathe There is a Stock collision error on left spindle after working on right spindle. R Lathe Rough Stock is not updating stock. R Hybrid Z stepdowns are inconsistent. R Check Holder does not account for tapered holders correctly.

D When tool compensation is set to control the tool is cutting to center of insert. D Backplot and Mastercam simulation are not displaying cutter compensation in control properly in Lathe. D Incorrect tab motion for compensation type – control. D DWG file opened in does not have solid names. Dimmed wireframe view mode does not work for mesh models when Show mesh edges is off.

R D Lathe Groove multi-plunge is leaving ribs for finish pass. R Lathe Prime Turning requires asecond regeneration to enable extended start of contour. R Lathe Prime Turning is exceeding the maximum depth of the cut setting. R Surface Finish Contour produces gouges in the surface. R Turn fails when PrimeTurning uses points as chains.

R Turn C-axis Contour toolpath cuts geometry in a flat plane instead of following the face. R Tooling Contour with concave tool definition verifies incorrectly unless the shoulder length is equal to the cut length.

Multisurface Rough Pocket generates an Encounter an improper Argument error when Pocket parameters tab is selected. Surface Rough Pocket skips passes when the spiral inside to outside option is selected.

Duplicate tool checking is not respecting the checkbox state when importing operations. D R R R Lathe multi-plunge toolpath is rapiding into the stock.

R Operations are not being marked dirty after re-chaining geometry. R Surface Finish Parallel adds splines instead of arcs. D Manager Long regeneration times for Finish or Contour toolpaths with slot mill undercutting. D ID Threading tool backplots in an incorrect orientation. R D Contour using Compensation Control is backplotting twice around a circle. R Drawing dimensions are not importing properly. R Using Command Finder to search in Japanese no longer automatically filters while typing.

In Planes, changing Work Offset from within an operation is updating wrong operations. R When the cut method is changed to zigzag in parameters, Dynamic OptiRough is missing cuts.

R Contour Ramp with External corner break radius not working. R Multi Passes with zero finish spacing does not output the compensation code.

R Dynamic OptiRough does not cut to bottom of flat ledge. R D Blend is giving up-down-back-up retract move when using linking parameters retract set to incremental. R Surface Rough Project acts oddly in this file the second time the operation is created.

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.

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. 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. 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.

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. 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. 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. R Configuration Respect startup configuration file on File, New. R Drafting Circular changes the active construction plane.

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. 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. 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. 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. 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. 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. 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. 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. 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. 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. R D High Speed toolpath operation incorrectly marked dirty.

D Surface Finish Parallel toolpath parameters are not sticking. 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. 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. D Horizontal Area is plunging through the surface it is cutting.

D Horizontal Area with geometry violations results in negative stock to leave. 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. 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. 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. D Adding a Solid to drive faces hangs Mastercam. D Setting the lead out Ramp is altering the retract moves. D Copying the toolpath after itself and re-assigning a new boundary yields no creation of toolpath.

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