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Autodesk Moldflow Simulation Synergy 2013 Autodesk Inventor Fusion 2013

Autodesk Moldflow Simulation Synergy 2013 Autodesk Inventor Fusion 2013 C reating Hot-runner and Mold in Inventor Fusion for Moldflow Synergy. Stefan Kuehne Enterprise Simulation Specialist - EMEA Global Services. Hands On Overview. Guided. Given. Plastic part. Part 1:

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Autodesk Moldflow Simulation Synergy 2013 Autodesk Inventor Fusion 2013

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  1. Autodesk Moldflow Simulation Synergy 2013 Autodesk Inventor Fusion 2013 Creating Hot-runner and Mold in Inventor Fusion for Moldflow Synergy Stefan KuehneEnterprise Simulation Specialist - EMEA Global Services

  2. Hands On Overview Guided Given Plastic part Part 1: Hot-runner creation Hot-runner Manifold Mold (cutting plane) Part 2: Mold creation

  3. Part 1: Hot-runner creation

  4. Inventor Fusion Hands On Hot-runner and Mold Open CAD Model in Inventor Fusion • Open the Hotrunner_PlasticPart.iam assembly file

  5. Inventor Fusion Hands On Hot-runner and Mold Change color • To change the color for each part separate: • Select Part, right click and select “Material” • Click “Visual”, move the cross lines and the color-line • color-line Crosslines

  6. 3D Hot Runner & Mold creation out of nothing This video will show the steps for slide 7-12. Start the video first and then create the model. Follow slide 7-12.

  7. Inventor Fusion Hands On Hot-runner and Mold First preparations • Change to Surface • De-select Plastic part

  8. Inventor Fusion Hands On Hot-runner and Mold Close holes for the hot-runner • Patch edges • Select 1st. Edge • Click OK

  9. Inventor Fusion Hands On Hot-runner and Mold Close holes for the hot-runner • Use the same procedure to close the other 4 edges

  10. Inventor Fusion Hands On Hot-runner and Mold Create a new volume for the hot-runner melt • Select “Fluid Volume” • Select Internal • Select the model • Select 1st. Cap Surfaces

  11. Inventor Fusion Hands On Hot-runner and Mold Create a new volume for the hot-runner melt • Select the other edges

  12. Inventor Fusion Hands On Hot-runner and Mold Create a new volume for the hot-runner melt • Click OK A new volume as a solid body is created. It presence the hot melt and can be used in Insight as “Hot runner 3D”.

  13. Part 2: Mold creation

  14. Inventor Fusion Hands On Hot-runner and Mold Mold creation • Select Solid in the Modelling tab • Select 2-Point Rectangle • Select the blue surface 1 2 3

  15. Inventor Fusion Hands On Hot-runner and Mold Mold creation • Create a rectangle • Add dimensions 1000 220 300 500

  16. Inventor Fusion Hands On Hot-runner and Mold Mold creation • Select “Extrude” • Select “New Component” • Select the hot-runner and the two circles • Use 500mm for the extrusion • Click OK

  17. Inventor Fusion Hands On Hot-runner and Mold Mold creation • Select “Boolean” • “Cut”and “Keep Tools” • Target-> Mold

  18. Inventor Fusion Hands On Hot-runner and Mold Mold creation • Select “Tools” • Select all 3 Components • Click OK

  19. Inventor Fusion Hands On Hot-runner and Mold Coolant hole creation • Select Surface • Select “Center-Radius Circle”

  20. Inventor Fusion Hands On Hot-runner and Mold Coolant hole creation • Add dimensions • Use 20mm for the circle • “Extrude” • Click OK • Click Done

  21. Inventor Fusion Hands On Hot-runner and Mold Coolant hole creation • Select “Rectangular Pattern” • Select the Hole • Select “Direction” • Select 1st. Direction • Select 2nd. Direction • Use a 3 x 3 matrix

  22. Inventor Fusion Hands On Hot-runner and Mold Coolant hole creation • Move the arrows

  23. Inventor Fusion Hands On Hot-runner and Mold Coolant hole creation • Change View

  24. Inventor Fusion Hands On Hot-runner and Mold Coolant hole creation • De-select two Coolant holes • Move the holes (to fit them) • Click OK

  25. Inventor Fusion Hands On Hot-runner and Mold • Result: finished mold with holes for the cooling lines and voids for the runners and part.

  26. Guided Hands On did finish here.

  27. Tip to create 3D lines in Inventor

  28. Inventor Fusion Hands On Hot-runner and Mold Not guided: Create 3D lines in Inventor • Get only the mold into Inventor • Draw lines in the center of the coolant holes Tip: use 3D Sketch and Line Select the circle of the drilling and Inventor will find the center point

  29. Tip to get all features into Moldflow Synergy

  30. Inventor Fusion Hands On Hot-runner and Mold Not guided: Export to Moldflow Synergy • Inventor Fusion • Create a SAT file • The assembly including: • Plastic Part • Mold • Hot runner • Manifold • Inventor • Create an IGES file • Options: • Including • Coolinglines

  31. Inventor Fusion Hands On Hot-runner and Mold Not guided: Export to Moldflow Synergy • Read into Synergy both files • The Synergy model include: • Plastic Part, • Hot-runner, • Manifold, • Mold, • Cooling Lines

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