3 Mastercam Router Software Features You Need to Know

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

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Rotary diameter sets the size of the cylinder that the toolpath is rotating about. It is used mainly for toolpaths on cylinders. Before you can create rotary axis motion, you need to properly configure the rotary axis components in your machine definition. You will only be able to select rotary axis options which are supported by your machine definition. Mastercam can simulate the rotary axis performance while backplotting the toolpath.

As an example will used a solid part that does not have any wireframe. Select the face required. Once desired faces are selected press Enter or click on the End Selection button. Select the OK button from the Curve on all edges panel to finish the command. Enter the outside diameter. To ensure the entire contour is generated change the Positioning angle.

To see the result as shown in the picture above, you might need to scroll down and enable Counterclockwise. Select the four flat chains in the same direction and from the same starting point. Select the OK button to finish the selection. Enable Axis Substitution and select the appropriate axis in this example select Y axis is used. Enter Rotary Diameter Outside diameter of part.

Press the Play button to backplot your operation. The toolpath should look as shown. Select the Dynamic Plane. Select From geometry. Select geometry that indicates the direction required for the Y axis and X axis. Name the plane and select the OK button. From solid face. Select face. Note: The Z axis will be normal to the face and the gnomon will be centered on face. In the Planes Manager, select the Create a new plane icon. Select From Gview. Select From line normal. Select the normal line.

Note: The Z axis will lie on the selected line pointing in either direction and the gnomon will be placed on the nearest corner. Page: How To Tips Positive vs Negative Stock Positive vs Negative Stock Negative stock is the opposite of positive stock but there are some things you need to keep in mind when using these functions. If the outcome is not what is required, the model needs to be modified to suit the desired outcome. The Stock to leave fields can be found on the Cut Parameters page within your toolpath.

To demonstrate this, a simple profile will be used. Positive Stock The interior corners will offset from the profile and clip away the excess to maintain a sharp corner.

The exterior corners will offset which will result in a gap; the gap is filled with a fillet. The exterior corners will offset from the profile and clip away the excess to maintain a sharp corner. From the Toolpath gallery select the Thread Mill icon.

Select the Tool page and create a Thread mill tool. Note: Mastercam does not have thread mill tools in the default library.

You can enter a value of one 1 even for multi-tooth cutters. A greater number of active teeth reduces the number of revolutions needed to cut the thread. Thread Pitch Sets the distance between the teeth of the thread mill. If using a single point cutter enter the pitch of the thread you are trying to create.

Select the OK button to finish the toolpath. This document will go over some basics of when it comes to part spacing and margins when nesting however there is more information available through the help menu. This can be easily accessed within each dialog window by selecting the Help button. Reviewing the parameter definitions is recommended. Note: All changes to Nesting Configuration need to be made before adding parts or creating nest.

If changes are required nest will need to be recreated. This will result in a larger space between parts. To create sheets as needed or to create a sheet that will be saved to a library, right click over Sheet List in the Sheets tab.

The geometry must be present in the current part file and must be the actual size. Creating Sheet Libraries Nesting sheet libraries contain full sheets and scrap sheets. Sheet libraries are saved with an NSLX extension. When a sheet is saved to a library, the sheet geometry and settings for size, material, origin, grain direction, and quantity is retained. The library used for scrap is indicated here as well.

An existing library or new library can be used. Note: If there are existing scraps around the shop, the geometry can be drawn and the sheet can be added to the library using Add chained and Save to Library. Keep in mind that Mastercam is not an MRP system so you will need to manage these scrap yourself. Some users prefer to manually add scraps of standard sizes and not use this function. The check marks indicate what sheets you have selected.

To delete a sheet s , select the sheet s and press delete on your keyboard. If the sheet you are deleting is selected to add to the Sheet List, it will still add it but will be deleted from the library for the next sheet import. Additions Trim Trim is found under the Additions tab. This will square off the remaining material with a saw operation. The different options give you the opportunity to indicate what you would like to take priority in the sequence. Preferences for this will depend on different requirements.

How To Tips Page: Nesting – Sheets, Library and Scrap – Mastercam Longest distance first will give priority to the greatest distance available no matter the orientation. Shortest distance first will give priority to the least distance available no matter the orientation. Vertical first: will give priority to the vertical direction no matter the distance. Note: If scrap is being save, the separate cut-offs are not saved, the irregular shape is.

Set the minimum width for cut-off and set the parameters for the saw operation. The parameters for the saw operation are found under Advanced. This toolpath allows only one along contour. Toolpath Creation Example 1 — Cleaning corners Below is an example of where a swept operation would be used to clean out corners in a profile, minimizing the radius. This assumes the profile has been created with a contour operation with a profile tool. Note: For this example, surfaces have been created to make this part easier to see; however wireframe is required for this toolpath.

Surfaces and solids are unnecessary. Note: Use Partial chain, select the start and end of the chain keep in mind the direction of the chain. Alternative, if different color geometry has been used, select the chain based on the geometry color and use the Chain option instead of the partial chain. Select the across geometry using one of the options stated above.

Keep in mind the direction of the contours as their directions dictate the direction the toolpath will go. Select the OK button to exit the Chaining dialog box. They may need some modification depending on your part and the directions of your chains. How To Tips Page: Wireframe – Swept 2D Create geometry in the shape of the profile which will be the across contour and create geometry that dictates the path the profile will follow along contour.

Note: The geometry colour and line weight is irrelevant. Page: How To Tips Post processors that are requested worldwide. Implementing successful post processors for decades, the post department at In-House Solutions has earned a reputation for quality, resulting in one of the largest post departments in the world. We have an extensive library that is continually developed and expanded to include current machines and controllers. If a post is not already available, we will develop a custom one for nearly any machine.

We have great relationships with OEMs who provide technical information for both machines and controls, which in turn allows us to produce post processors that will generate edit-free code and run your machine efficiently. Select the first entity of the contour starting from the point of intersection. This toolpath can also be selected to rough out the part. A C-Hook is used to transform the finish toolpath into a rough toolpath.

Right mouse click again in the Toolpath Manager and select Paste. You should have two toolpaths. Set the roughing parameters as needed. The side of the tool does not machine the walls. The Rolldie C-Hook toolpath is designed to compensate to the side of the tool and not to the center of the tool. Option 1 – Using Line Normal This option requires that the user select each location where the vector will be created.

Set whether or not Points will be created and if they will be, set the location Contact point or End point. Set the line Length and the Direction. In the example below, a solid is used; therefore, Face Selection was activated.

Several vectors may be required depending on the part. Option 2 Using Point Segment This option will create vectors on set increments spacing.

This is a faster way of creating vectors if multiple are needed or the part is large. Option 1 can also be used to add additional vectors if needed. Some machines require equally spaced points along the curves to generate a proper toolpath. Use the Number of segments to create the points equally spaced. Note: This needs to be done per surface.

From the Point Segment panel, set the segment Distance between points or the Number of points required and lock. In this example, a locked Distance is used. If surfaces are used, an edge curve will need to be created. You can start reading of the selected file s by clicking [Open].

Except the password and the recipient address, all values entered into this window are saved and they are available for use each time a page is to be sent as e-mail. From: Enter a user account that is authorized to send and receive e-mails via the above mentioned SMTP. Password: Enter the password of the user mentioned in the From field. To: Enter the e-mail address of the person to whom you want to send this page. Message: Enter the message you want to send.

Once you fill all the fields, press the [Send] button. Enter the name of the file to be saved in File Name line. Properties: Opens the properties window of the current page. Other elements, which are used in drawing but do not have logical value, can be accessed via the Graphic menu. Insert symbol: This command can be called via the icon located to the right of this sub menu.

This command definition allows for inserting all previously created symbols for design purposes. Once triggered, the Symbol selection window is displayed as shown below. It is also possible to call the symbol insertion window by using the Insert button. Certainly it is also possible to use the desired symbol library by clicking on it. In order to access the desired symbol in the symbol selection window, you can use the direction keys, mouse scroller as well as the letters and short names, that are entered by clicking symbol selection paths.

It is also possible to navigate between different paths and lines by using the Tab key. Paths: Symbol name, Description, Identifier and Number paths can be used for symbol selection. When the Symbol selection window is displayed, Symbol name is preset for symbol search. In other words, if you successively enter the characters M03, the first symbol line, whose short name start with M, 0, 3, will be selected.

By using the Enter key or the [OK] button, you can attach the selected symbol to the cursor in order to insert it. At this point, we would like to talk about the other properties of this window.

It is especially important that this window allows selecting of 0, 90, and degree symbols as well as Normal, Single, Front and Side views available for different usage logics of a symbol. This means all possible fields of use for a symbol in electronics are available under a single name.

As the above paragraph suggests, cofaso allows for16 different options for a symbol. If a symbol does not have only one angle 0 , but instead it is available in more than one variations, other angles are also shown in active status.

These various symbol must, of course, be predefined. If the front view symbol for any symbol is not available, then the Front value under the sub menu will not be enabled. When angle and symbol type options are changed, These modifications are shown on the symbol preview area black area. Symbol selection window can be scaled up and down in horizontal and vertical directions. Furthermore, paths can be expanded and shrinked horizontally. Changing the window size in any direction does not affect the symbol preview area and symbol selection area.

If symbols have been designed in all available languages, they are shown in the language which is effective at the time the user logons to the system. Paths of those symbols that do not have a description are empty! When you send your projects to other users, they do not need to have the symbol libraries you use! You symbols are automatically sent in a single 1 XML file. Delete symbol: This command deletes a previously selected symbol, cable, etc. Please note that you should select the symbol first and execute the command afterwards.

All items except the free graphics objects line, circle, A motor protection relay as well as a cable are symbols. Even the plotframe is a symbol. Edit symbol: This command displays the properties window of a previously selected symbol, cable, etc. This command is identical to double-clicking an element or clicking the element once and then pressing the Enter key!

Copy symbol: This command allows the user to copy a previously selected symbol, cable, etc. It can be used for copying 1 or more elements. During element selection, if the the mouse is moved from top left corner to top right corner, it copies all the elements included and if it is dragged from top right corner to top left corner, it copies the elements it has touched.

Paste symbol: Pastes the elements, which have been copied to clipboard by the symbol copy command, on the drawing page. Automatic connection lines red lines are not shown during insertion. However, once the element is inserted, these lines along with their wiring numbers are displayed.

Insert macro: Enables the user to insert frequently used drawings or partial drawings during the drawing process. For a detailed description of this sub menu, please see the Macro menu. Insert potential-arrow: Enables the potential-arrow element, which is used for a drawing to continue on another page if the current page is already full.

Once the command is started, you can change the orientation of the arrow by pressing the CTRL key and scrolling the mouse at the same time. Potential-arrow element can be inserted by using the Insert symbol command on the symbol selection window. That is, you do not need to change the position of the name manually!

Potential-arrow properties: Symbol number: You can manually fill the line if an arrow is being inserted for the first time. If you want to use a potential-arrow name, which has already been inserted, you can do so by clicking the [ Arrow orientation: Right, Up, Left and Down options are used for specifying arrow orientation. Group code: The system automatically uses this command for grouping potential-arrows.

The user does not need to change this value. Variation: Allows the user to use the symbol in other display types. However, this command can be used only if it is available in system substructure. Available values are From right to left, From left to right and Center. Font size: Indicates the display size of the potential-arrow name. Angle: Indicates the display angle of the potential-arrow name.

Hide: If this field is selected, potential-arrow name is not shown in the drawing, and if the page or the project is printed, potential-arrow name is not shown in the print output either.

Insert cable: When this command is activated, cable drawing icon is shown as attached to the cursor. Cable is drawn in the desired directon and angle, and then the system automatically displays the cable properties window. Symbol number: Just as in the other elements, the window opens with a value already assigned to this element. This presetting feature is also available for the the other fields. By clicking the [ You can completely delete the value in the field using the [X] button located far right.

The value of the device designation means sign in this line will award according to the method of the cable numbering. If is determined as a method target- specific, the letter ‘W’ is provided the compound names of the cable prehired. The results of remaining methods will be different. Preset value parameters in this line actually come from the value, which has been defined as the Standard cable type.

Number of conductors: This option shows the number of conductors used so far regarding the cable defined in the Symbol number line. Cross-section: Here you can enter the cross-section of the cable conductors used. It is a visual field which does not have any test value. Lock properties: Here you can lock the properties of the cable. After this field is checked-in, by next editing of the properties are all fields locked. To roll-back the locking, check-out the field and close the dialog with enter.

Voltage: Here you can enter the maximum level of voltage the cable conductors used can withstand. It is a visual field and does not include any control value. Length: Here you ca enter the length of the cable used. Shielding: This field shows whether the shielding of the cable used is Automatic, No shielding, Single side or Double side..

Target, source: This specifies whether the connection format in the cable plan Kablo will be displayed as Parallel to the terminal plan or as Edited. Functional text: This is the functional text field of the cable. Angle: This field specifies the display angle of the cable name.

There is also the [ And to the right of this button, there is the [X] button which allows the user to delete the values entered. Parts: The part table consists of 3 paths Part number, Quantity and Part type and 2 different buttons.

There is a [ And to the right of this button, there is the [X] button which allows the user to delete the selected part. Insert shielding: When this command is selected, shielding drawing icon is attached to the tip of the cursor. The user can draw the shielding in the desired direction vertical and horizontal and then the system automatically shows the shielding properties window.

Symbol number: Shielding can also be renamed. Font size: This field indicates the font size of the shielding name if available. Angle: You can choose between Horizontal, Vertical, and for display angle of the text. Hide: This field is selected by default when the window is opened. Therefore, shielding name is hidden.

If the defined DIN box includes terminals or other elements, automatic plans for these will also be created automatically. Technical characteristics: If available, technical characteristics of the DIN box are entered. This field is not subject to any assessment. Supplementary field: Here you can enter the information which do not fit into the technical characteristics field above. It is not subject to any assessment. Engraving data: Engraving data regarding the DIN box.

Hide: Hides the graphic of the DIN box. Position: You can use the Right, Top, Left and Bottom options to change the position of the arrow name. Direction: This value indicates how the name text shall be shown. Available values are Left-aligned, Right-aligned and Center. Font size: Indicates the display size of the DIN box name. Angle: Indicates the display angle of the DIN box name. Hide: If this field is selected, DIN box name is not shown in the drawing, and if the page or the project is printed, DIN box name is not shown in the print output either.

Position in center: When this field is selected, name is directly displayed in the center of the DIN box. Line type of the DIN box is specified in the Parameters window. Black box connection ends are defined with black box terminals.

Technical characteristics: If available, technical characteristics of the black box are entered. Functional text: This field is used in the assessment of the black box and it is shown as functional text in terminal and cable plans. Engraving data: Here you can enter the engraving data regarding the black box. Symbol type: Here you can enter the type of the black box as Main, Auxialiary, Standart symbol, Graphics.

Angle: It is not subject to any assessment. Font size: Indicates the display size of the black box name. Angle: Indicates the display angle of the black box name.

Hide: If this field is selected, black box name is not shown in the drawing, and if the page or the project is printed, black box name is not shown in the print output either. Line type of the black box is specified in the Parameters window. At this point if you press [OK], the values you entered will be submitted and the window will be closed and if you press [Cancel], the window will be closed without the values being submitted.

Insert device end terminal: Once this command is launched, you can change the connection direction of the terminal trough the mouse wheel. When the command is started, it is directed to the right and the name text is on the left. When the direction is changed, name text is automatically displayed in the opposite direction.

Connection names: Here you can enter the connection name for the device end terminal inserted. Functional text: This field is used in the assessment of device end terminal. It is shown as a functional text in device connection plans. Hide: If this field is selected, device end terminal name is not shown in the drawing, and if the page or the project is printed, device end terminal name is not shown in the print output either. Direction: This field shows the direction of the device end terminal.

Font size: Indicates the display size of the device end terminal name. Insert hyperlink to a file: With this command, you can add all known and unknown links to your project database. These links are included in the file created during a backup or export process. Link name: Enter the text you would like shown on the drawing. Link: You can find and select the desired link by clicking [ Direction: This value indicates how the Link name text shall be displayed.

Font size: Indicates the display size of the hyperlink name. Angle: Indicates the display angle of the hyperlink name. Available values: Horizontal, Vertical, and degrees. Hide: If this field is selected, Link name is not shown in the drawing, and if the page or the project is printed, hyperlink name is not shown in the print output either. Breakpoint: This is used for breaking the red lines, which are automatically created between symbols. This element is deleted when the symbols with broken drawing connections are deleted.

Free graphic element: Line: Not evaluated graphic element. You can specify the starting point of the line by left clicking the mouse. Then you can extend the line in the desired length and direction, and specify the end point by left clicking again. You can use the direction keys for specifying the size of the line and the Enter key for specifying the end point.

Circle: First of all, the position where the circle is to be inserted is specified by left clicking the mouse. Then the size of the circle is specified by using the mouse or the keyboard, and the left button of the mouse is clicked again. You can use the direction keys for specifying the size of the circle and the Enter key for specifying the end point.

Ellipse: First of all, the top left corner of the ellipse is specified by left clicking the mouse. Then the size of the ellipse is specified by using the mouse or the keyboard, and the left button of the mouse is clicked again. The Disassemble function pulls solid geometries apart from the whole of the machined part so that users can focus on them one at a time.

After disassembly, the software can automatically nest the entities on a virtual sheet. This nesting report arranges the pieces on the sheet so that the least material is wasted. Each component maintains its original labels and can have these labels engraved on them for easier construction.

Each component maintains its original labels and can have these labels engraved on them for easier construction. Advanced nesting features can even nest in scrap material. Some routers can change not only the cutting tool they use but also the head of the machine.

There are a variety of head configurations, but the most common ones are degree Head, Straight Head, Adjustable Angle Head, or degree Head.

 
 

3 Mastercam Router Software Features You Need to Know

 
 
Color Mask allows you to select the entities based on their color. Software Architecture: Lessons from Nature. Http://replace.me/3397.txt angle and symbol type options are changed, These modifications are shown on the symbol preview area black area. The Dynamic Gnomon helps you to manipulate geometry orientation and location interactively.