In this tutorial, you will learn how to use the loft feature by following a step by step guide on how to create this simple 3D geometry in SolidWorks, you will also learn how to use the sweep feature and a ton of other useful commands. As always there is a free CAD exercise at the end of this post, let me know if you need any help to figure it out!

Hair Dryer

Hair Dryer Views

Time required: 60 minutes
Difficulty: Beginner
Software: SolidWorks

Already know what to do and just want to do the loft feature exercise? Click here!

1. Open SolidWorks.

2. Create a new part file.

  • Click new Create a new document
  • Double click part  Creating a new partin the new tab to create a new part document.

3. Click insert  Clicking Inserton main toolbar.

4. Go via insert -> reference geometry and select plane Plane Icon

Choosing-a-Reference-Plane-in-SolidWorks

  • SolidWorks reference geometries are a set of geometries which serve as an aid when you need to create sketches or features away from either the base datum planes or any existing part surfaces.
  • There are several reference geometries: plane, axis, coordinate systems and point. 
  • Plane allows the user to create additional planes to sketch on other than the original planes or feature surfaces.

5. In the property manager, click first reference, then select front plane from the part design tree.

Chosen-First-Reference

6. Select offset distance  Offset Distance Iconand enter 30mm as the distance between the parallel pages.

Offset-Distance-Completed

7. Check flip.

8. Enter 5 as the number  Multiple Reference Planesof planes.

Multiple-Reference-Planes

9. Press ok.

Multiple-Reference-Planes-in-SolidWorks

10. Select plane 1 and click sketch Create a new sketch

  • To have a normal view on the selected plane, choose normal to  Normal to selected planefrom the click options.
  • You can also press space on your keyboard, to see the orientation panel. Then choose normal to.

11. On the sketch tab, click on the circle  Circle tooltool.

12. Using the circle tool, click on the origin  Originand draw a circle.

Circle-Completed

13. Exit the plane 1 sketch.

14. Select plane 2 and click sketch.

15. Repeat step 11 to 13 for this plane. Then draw a circle with the same size as circle 1.

Circle-on-Plane-2

16. Select plane 3, and click sketch.

17. Repeat step 11 to 13 for this plane and draw a circle slightly larger than previous circles (pick a diameter that you feel comfortable with).

Circle-on-Plane-3

18. Select plane 4, and click sketch.

19. Repeat step 11 to 13 for this plane too, and then draw a circle slightly larger than circle 3.

Circle-on-Plane-4

20. Select plane 5, and click sketch.

21. Repeat the steps 11-13 for this plane, and draw a circle with the same size as circle 3.

Different-Sized-Circles-on-Different-Planes

 

22. Select insert-> reference geometry-> plane.

23. Adjust the following settings (check the image below) in your property manager, and insert plane 6.

SolidWorks-Multiple-Reference-Planes-Row

24. Select plane 6, and click sketch.

25. Repeat step 11 to 13 for this plane, and draw a small circle according to the example.

IMG29

26. On the feature tab, select lofted boss/base Loft Feature Icon

  • The loft feature is a SolidWorks 3D feature which creates a shape by making transitions between multiple profiles and by using a guide curve (also called a guide rail).

27. In the property manager, click profiles  Profile-GeometrySelect sketch 1 to 6 as the loft feature profiles from the design tree.

IMG32

28. Click thin feature to create a thin wall shape, then enter 10mm as the wall thickness 33

29. Press ok.

Multiple-Planes-Tutorial

30. Select plane 4, and click sketch.

IMG37

31. On the sketch tab, click on the centerline  Center Line Icontool.

32. Using the centerline tool, draw a vertical line which passes through the origin.

IMG40

33. Click on the spline  56tool.

34. Using the spline tool, click on origin and start to draw a spline from the surface to the centerline according to the example.

IMG43

35. Select the spline, and click offset entities  Offset-Entities-Iconon the sketch tab.

  • Offset entities is a sketching tool which enables you to offset entities edges or surfaces within a desired distance.IMG45

36. Enter 10mm in the dimension  Distance-Smart-Dimensionstab.

37. Press ok.

38. Close the drawn entities lower end by using the line tool, according to the example.

IMG47

39. Close the drawn entities upper end by using the line tool.

IMG48

40. Now that we have a fully closed sketch you should exit the sketch.

IMG49

41. On the features tab, click revolved boss/base.

42. In the property manager tab, select the centerline as the axis.

Property Manager for Revolution

43. Click selected contours. Select the closed spline contour from the last sketch on the screen.

IMG51

44. Press ok.

Side View of the Hair Dryer

45. Select plane 4 and click sketch.

Selecting One of the Planes

46. On the sketch tab, click spline 56

47. Using the spline tool, draw a spline starting from the handle midpoint.

IMG57

48. Exit the sketch.

49. Select insert-> reference geometry-> plane.

50. Adjust the following settings in the property manager by choosing the top plane and handle midpoint.

IMG58

51. Insert plane number 7.

52. Select plane 7, and click sketch.

53. Click the circle tool.

54. Using the circle tool, draw a small circle at the handles midpoint.

Bottom-View-Hair-Dryer

55. Exit the sketch.

56. On the features tab, click swept boss/base.

  • The sweep feature is a SolidWorks 3D feature which creates a shape by moving a 2D sketch profile along a 2D or 3D sketch path.

57. On the property manager select the circle sketch as profile  Sweep-1, and the spline sketch as the path Sweep-2

Property Window of Sweep

Multiple-SolidWorks-Planes

58. Click ok.

Hair-Dryer-Side-Completed-CAD

59. Click file.

60. Click save.


Exercise 4 – Using the loft feature to create a vase

  • Practice the loft and sweep feature by modeling this example.CAD-Goblet
  • You can use the following reference planes as help.

Step-By-Step-CAD-Tutorial

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