After doing the “Volume Split” above, select “Mold Component” at the top and select both of the parts you just named to export them as separate files. Now, you’d probably want to edit these 2 halves as separate part files in Creo. You should see this in the menu on the left:ĩ. Select the parting surface you created as your “Split Srfs”, click the “OK” in the small dialog box, make sure everything in the menu is “Defined”, then click the blue “OK”.Ĭreo will then highlight each of the two parts and ask you to name each part.

This will split your mold into 2 separate parts, click “DONE” to proceed. A menu will pop up in the top right corner, and “Two Volumes” will already be selected. Click the arrow under “Mold Volume” and select “Volume Split”. Your parting surface should come out something like this:Ĩ. Click on the rectangular symbol to the left of the depth length and choose “Extrude to selected point, curve, surface, etc.”, then select the opposite surface of the mold on which you want to extrude your line to. Complete the sketch, then “Extrude” the line to the opposite surface. Sketch any line that goes from one end to the other. Choose the plane on the mold on which you want to create the parting line for your mold. If you can an error, it may be because your shape or size isn’t compatible with the mold.ħ. Finally click the blue OK to finish the process and your runner should appear. Select the mold as the component and click OK. Simply move your mouse over your mold in the window and it should be highlighted. Then a window titled “Intersected Components” should pop up. When it gets to “Flow Path” in the menu, choose “Select Path” and then choose your previous sketch. Now you can choose the shape and size of your runner. Then, select “Runner” under Production Features, and the pop up menu on the right will guide you through the process. The sketching plane that you choose will be the plane on which the runner will open out to the mold surface. Sketch the path that you want your runner to follow using the Sketch tool, and make sure it connects the outside of the mold to the inside object. Now you can see the outlines of your part and your mold. Go to View -> Display Style -> Hidden Line.

If you want your mold to be a specific size, you can adjust it under the “Offsets” section in the right menu.Ħ. Select your new coordinate system from the left menu or from the actual diagram. Next, it tells you to select a Mold Origin. A menu will pop up on the side, and your model will already be selected. Select the original coordinate system as a reference, and offset the dimensions to your liking.ĥ. Select “Coordinate System” in the Datum section of the top toolbar and set a new coordinate system in the center. Select “Reference Model” at the top, and import your part file. Open a new Creo file, select Manufacturing -> Mold cavity.ģ. * * Robert Sedgewick * Kevin Wayne */ public class MergeX Ĭopyright © 2000–2019, Robert Sedgewick and Kevin Wayne.REMEMBER TO ALWAYS SELECT YOUR WORKING DIRECTORY! (this will make all of your files easy to find, and you will thank yourself later)Ģ. * * For additional documentation, see * Section 2.2 of * Algorithms, 4th Edition by Robert Sedgewick and Kevin Wayne. * It uses &Theta ( n ) extra memory (not including the input array). Below is the syntax highlighted version of MergeX.java

Princeton mergex api