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How to model a plate with 3D Experience?. Creating a part 7 create a contour with PowerCopy: contour motor board relative to the left. 6 create a contour.

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Presentation on theme: "How to model a plate with 3D Experience?. Creating a part 7 create a contour with PowerCopy: contour motor board relative to the left. 6 create a contour."— Presentation transcript:

1 how to model a plate with 3D Experience?

2 Creating a part 7 create a contour with PowerCopy: contour motor board relative to the left. 6 create a contour with PowerCopy: fixing the elastic relative to the right 5 create a contour with PowerCopy: single notch position relative to right 4 create a contour with PowerCopy: symmetrical notch and hole 3 2 create a plate with PowerCopy: plate thickness 3mm 1 Open a catalog the power copy catalog the power copy catalog the different types of assembly the different types of assembly definition of the part definition of the part

3 the power copy catalog Catalog settings Catalog settings how to modify a Power Copy? how to modify a Power Copy? the rules for using a Power Copy the rules for using a Power Copy how to engrave a text on a part? how to engrave a text on a part?

4 Catalog settings symmetrical elements plates Elements positioned to the right Elements positioned to the left

5 Catalog settings symmetrical elements

6 Catalog settings Elements positioned to the right

7 Catalog settings Elements positioned to the left

8 Catalog settings Symmetrical notch and hole

9 Catalog settings Symettrical decoupe for arduino uno

10 Catalog settings Symmetrical housing nut

11 Catalog settings Symmetrical projection

12 Catalog settings Symmetrical projection and housing nut

13 Catalog settings Symmetrical single notch

14 Catalog settings Symmetrical single projection

15 Catalog settings Symmetrical utra sonic cutting

16 Catalog settings Symmetrical servo cutting

17 Catalog settings Symmetrical contour for motor board

18 Catalog settings Symmetrical fixing the elastic

19 Catalog settings Symmetrical fixing GM2 motor

20 Catalog settings Contour for arduino uno position relative to the left

21 Catalog settings Fixing the elastic position relative to the left

22 Catalog settings Fixing gm2 motor position relative to the left

23 Catalog settings nut housing position relative to the left

24 Catalog settings contour for motor board position relative to the left

25 Catalog settings Notch and hole position relative to the left

26 Catalog settings Projection and notch housing position relative to the left

27 Catalog settings Projection position relative to the left

28 Catalog settings Servo cutting position relative to the left

29 Catalog settings Single notch position relative to the left

30 Catalog settings Single projection position relative to the left

31 Catalog settings Servo cutting position relative to the left

32 Catalog settings Decoupe for arduino uno position relative to the right

33 Catalog settings Fixing the elastic position relative to the right

34 Catalog settings Fixing gm2 motor position relative to the right

35 Catalog settings Nut housing position relative to the right

36 Catalog settings Contour for motor board position relative to the right

37 Catalog settings Notch and hole position relative to the right

38 Catalog settings Projection and nut housing position relative to the right

39 Catalog settings Projection position relative to the right

40 Catalog settings Servo cutting position relative to the right

41 Catalog settings Single notch position relative to the right

42 Catalog settings Single projection position relative to the right

43 Catalog settings Ultra sonic cutting relative to the right

44 Catalog settings plates

45 the different types of types of assembly assembly Fixing the elastic relative to the left Symmetrical notch and hole Symmetrical projection and housing nut Symmetrical notch and hole Symmetrical contour for arduino uno Symmetrical projection and housing nut Servo cutting position relative to the right Symmetrical notch and hole Text engraved to a part

46 the rules for using a Power Copy  orient the green normal (green arrow) in the same direction as the red normal. (if the green normal is oriented in the opposite direction, click it to change its orientation.)  check the definition of the parameters in the catalog.  orient your part identically to the view in the window of the power copy

47 Definition of the part


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