Hands-on: Factory Design Suite 2013 2 | 40

User Assets Library It’s important to be able to populate the library with user specific assets. Let’s create one!

1. Open the Import Asset function in Inventor Factory Ribbon. Ribbon: Get Started >Factory Launch > Create Asset > Import Asset

Select the <FDS-ROOT>\ FDS HandsOn\1.AssetCreation\ Robot Controller.ipt file and click Open.

The model is loaded into the Asset Builder.

Hands-on: Factory Design Suite 2013 3 | 40

2. Open the Landing Surface function. Ribbon: Asset Builder > Author > Landing Surface

Select the bottom surface of the machine enclosure to define it as the landing surface.

In the Landing Surface dialog, click Select Insertion Point and select the two points marked. Click OK to confirm the changes.

Hands-on: Factory Design Suite 2013 4 | 40

3. Open the Define Connector function. Ribbon: Asset Builder > Author > Define Connector

Select the center of the left-hand edge as the insertion point.

Select the red direction arrow and click the left-hand vertical edge of the box to define alignment.

Select the blue arrow and select a vertical edge on the model. The blue arrow now points upwards.

Hands-on: Factory Design Suite 2013 5 | 40

Press [ENTER] to close the command.

4. Create a second connector in the same way.

5. Open the Asset Variants function. Ribbon: Asset Builder > Author > Asset Variants

Select the Width parameters and click the >> button.

Hands-on: Factory Design Suite 2013 6 | 40

Using the + button, create three variants with the following values and click OK to close the dialog.

6. Open the Asset Properties function. Ribbon: Asset Builder > Author > Asset Properties

On the General tab, enter Title Robot Controller and Company Autodesk and click OK to confirm your entry.

Hands-on: Factory Design Suite 2013 7 | 40

7. Save the design.

8. Open the Publish Asset function. Ribbon: Asset Builder > Publish > Publish Asset

Enter asset name Robot Controller and select a destination directory. Click OK to confirm your entry.

9. Close the part.

Hands-on: Factory Design Suite 2013 8 | 40

Architectural functionality No production plant without a building. Therefore, Autocad Architecture is included in Factory Design

Suite. Let’s complete the building

1. Open the file < FDS-ROOT>\FDS HandsOn\2.ACADALayout\ Overall.dwg

2. Open the Design Tool Palette. Ribbon: Home > Build > Tools Flyout > Design Tools

3. Enable object snap by pushing F3 If not already disabled.

4. Look at plan view and orientate the view as shown.

5. Select the Wall type from the Design ribbon tab.

Hands-on: Factory Design Suite 2013 9 | 40

6. Give the Wall Base height of 7000mm from the Properties palette.

Hands-on: Factory Design Suite 2013 10 | 40

7. Start drawing a wall from the top outer wall to the lower outer wall. Press F8 to enable ortho mode in order to draw a perfect vertical line.

8. Autocad Architectural will merge the wall with the existing outer walls.

9. Select the Opening type from the Design ribbon tab.

10. Place the opening by selecting the wall and position the opening.

Hands-on: Factory Design Suite 2013 11 | 40

11. Give the Opening width of 6000mm and Height of 4500mm from the Properties palette.

12. Place some extra doors and windows the same way.

13. Select the home view to see the building in 3D.

14. save

Hands-on: Factory Design Suite 2013 12 | 40

15. In the Home tab, select Simulate Layer state

16. Layout looks like below

Hands-on: Factory Design Suite 2013 13 | 40

Create a New Welding Cell

17. Type XREF in the command line to launch External References Manager

18. Attach new XREF “NEW welding cell - mm.dwg” to the drawing

19. Use Xref import settings as shown

20. Then position the “New Cell” as shown below

Hands-on: Factory Design Suite 2013 14 | 40

21. Select the outline of the New Cell (1).

22. Click the Open Reference command on the Context Ribbon (2).

23. Activate the Factory Asset Browser by selecting the Palettes flyout on the Factory Ribbon and

Click Asset Browser.

Hands-on: Factory Design Suite 2013 15 | 40

24. Erase text and hatching from the Xref.

25. Open the Favorite folder in the Asset Browser

26. Drag and drop Assets from the Asset Library into the layout as shown below

Hands-on: Factory Design Suite 2013 16 | 40

27. RMB click on asset TD Arm Welding Clamp 48 and select Asset Variant

28. Select Double

29. This is the result

Hands-on: Factory Design Suite 2013 17 | 40

30. Enable object snap by hitting F3 if not active yet.

31. Select Safety Fence (Chain) asset in library

32. Make a polyline by selecting the3 corners of the blue rectangle and type “C”

Hands-on: Factory Design Suite 2013 18 | 40

33. Type “Elevation” command and set to 3500mm

34. Select Cable Tray (Chain) asset in library

35. Trace a polyline as shown below

Hands-on: Factory Design Suite 2013 19 | 40

36. Click the Sync Inventor Command.

37. Click OK on the dialog that displays.

38. Click Yes on the Save Notification is necessary.

39. The Inventor application will launch and create a 3D version of your 2D layout.

40. Let’s wait 15sec….this is what you’ll get

Hands-on: Factory Design Suite 2013 20 | 40

41. Select Robot 7th Axis asset in library

42. Connect the Robot positioning table to the frame connector as shown below

Hands-on: Factory Design Suite 2013 21 | 40

43. …and let it snap like this…..

44. Select ABB robot asset in library

Hands-on: Factory Design Suite 2013 22 | 40

45. Complete the layout as shown below

46. Select fences as shown below and delete them to create walk in and controller opening s

Hands-on: Factory Design Suite 2013 23 | 40

47. Select Robot Controler asset in library

48. Complete the layout as shown below

Hands-on: Factory Design Suite 2013 24 | 40

49. RMB click on asset Robot Controler and select Asset Variant

50. Select another variant

51. RMB on Robot 7th Axis Riser and Ground this part

52. Select Straight Roller Conveyor asset in library

Hands-on: Factory Design Suite 2013 25 | 40

53. Position the conveyor as shown below

54. Complete conveyor line as shown below

Hands-on: Factory Design Suite 2013 26 | 40

55. Select the first straight conveyor and change length to 3500mm; Enter

56. Select top view in view cube

Hands-on: Factory Design Suite 2013 27 | 40

57. Insert <FDS-ROOT>\FDSHandsOn\2.ACADALayout\ Overhead robotics system.iam using Insert Model button

58. Position the Assembly as shown below

59. Select XY and select green check mark to confirm position.

60. Model should look like image below

Hands-on: Factory Design Suite 2013 28 | 40

61. On the Factory Ribbon, Click the Sync AutoCAD command.

62. If prompted to Save the file, Select Yes and Ok to any dialog prompts.

63. Click Yes when prompted to open the File in AutoCAD.

64. The New Cell Autocad Xref will be updated with all 3D changed made

Hands-on: Factory Design Suite 2013 29 | 40

65. Save this file

66. Switch to the Overall.dwg file and update all Xref’s

67. Overall Layout is updated with new Xref content.

Hands-on: Factory Design Suite 2013 30 | 40

Material Flow

68. Open the application AutoCAD Architecture.

69. Open the file <FDS-ROOT>\FDSHandsOn\2.ACADALayout\ Overall.dwg

70. Open the Material Flow Browser. Ribbon: Factory > Tools > Palettes Flyout > Material Flow

71. Activate the Stations ribbon tab.

Right-click inside the window and open the Create function.

72. Give this new machine a name like “Welding Cell”

Hands-on: Factory Design Suite 2013 31 | 40

73. Select the new welding cell Xref as the object and enter

74. Select a position for the connector point as shown below. A blue dot will appear.

75. RMB op het nieuwe station en kies properties

76. Hierna kunt U de instelling van de machine aanpassen in volgend venster

77. Selecteer de Transportation tab in Factory Ribbon

Hands-on: Factory Design Suite 2013 32 | 40

78. You will see the production process as shown below

79. In the Routing tab, RMB on job 1 and append station and select the new inserted Welding cell.

80. Drag the new station after the stamping operation

Hands-on: Factory Design Suite 2013 33 | 40

81. Select Job 1 in browser and modify the part quantity to 1 in the properties window.

Hands-on: Factory Design Suite 2013 34 | 40

82. Check production process time and distance

Hands-on: Factory Design Suite 2013 35 | 40

83. Let’s now switch the station positions for Material storage and Controle by box select stations one by one and reposition them

84. RMB on Operation1 and select Redefine path

85. In the command line, type D (direct)

86. Repeat this operation for Milling

Hands-on: Factory Design Suite 2013 36 | 40

87. Click the Sync Inventor Command.

88. Click OK on the dialog that displays.

89. Click Yes on the Save Notification is necessary.

90. The Inventor application will launch and update the 3D layout assembly according to the modifications made in 2D layout.

Hands-on: Factory Design Suite 2013 37 | 40

Project Overview Navisworks

91. Open the application NavisWorks Manage

92. Open the file <FDS-ROOT>\FDSHandsOn\2.ACADALayout\ Generalplant.nwd

93. In the viewpoint ribbon, select “Entrée” viewpoint

94. Select Third Person, then hold LMB and walk into the facility.

Hands-on: Factory Design Suite 2013 38 | 40

95. Arrived at this position, save the viewport and give a name

96. Go to Review Ribbon and add a cloud

Hands-on: Factory Design Suite 2013 39 | 40

97. Select text and add a remark “Workers to close to walkpath”

98. Walk further to the wall opening

99. In the Selection Tree, select the FARO files and unhide the point clouds

100. You will see the interior of the facility as a point cloud now.

Hands-on: Factory Design Suite 2013 40 | 40

101. Walk around and look around.