Assembly of Machine vice

Assembly of Machine vice, Computer Aided Machine Drawing (CAMD) of VTU Syllabus prepared by Hareesha N Gowda, Asst. Prof, Dayananda Sagar College of Engg, Blore. Please write to [email protected] for suggestions and criticisms.

1. Tutorial on Machine vice
Hareesha N G
Dept of Aeronautical Engg
Dayananda Sagar College of Engg
Bangalore-78
4/16/20131 Hareesha N G, DSCE, Blore-78

2. Machine vice Assembly
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3. Exploded view of machine vice
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4. Exploded view of machine vice
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5. 4/16/2013
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Hareesha N G, DSCE, Blore-78
Part 1: Body Sketch on front plane or XZ plane as shown in fig. Sym protrusion distance 100 mm.
Create round R 10mm

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Sketch on Top face or XY plane as shown in fig. Cut out using depth 57 mm
Create rounds at all corners Rad 5mm

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Sketch on the plane as shown in fig.
select outer rectangle cutout giving 10mm depth.
select inner rectangle cutout giving 13 mm depth.

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Select the plane as shown in fig. create sketch,. P rotrude it giving 5mm height.
Create round using rad 5mm. Mirror to other side.

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Select the plane as shown in fig. create sketch,. P rotrude it giving 20 mm height.
Mirror to other side.

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Select the parallel plane as shown in fig. create s ketch,. Protrude it giving 3 mm height.
Mirror to other side.

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Select the plane as shown in fig. create hole of di a 20mm.
Select the other end as shown in fig. create hole o f dia 12 mm

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Select the plane as shown in fig. set hole options as shown. Place the holes as shown.
Create threaded holes as shown in fig.

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Select the plane as shown in fig. set hole options as shown. Place the holes as shown.
Counter sink holes,
use up-to next

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Part 2: Movable Jaw
Sketch on front plane or XZ plane as shown in fig
Symmetric protrusion distance 100 mm

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Select the plane as shown. Create sketch as shown.
Cut out through all

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Select the plane as shown. Create threaded holes as shown use the dimensions given
in sketch as shown.

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Select the plane as shown. Create threaded holes as shown use the dimensions given
in sketch as shown.

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Part 3: Jaw Grip
Sketch on Top plane or XY plane as shown in fig
Symmetric protrusion distance 8 mm
Create counter sink hole of diameter 6.3 mm, counte rsink dia of 12 mm

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Part 4: Screw M6
Step 1: Revolved protrusion Sketch on front plane or XZ plane as shown in fig
Use revolve protrusion angle 180
0

20. Part 5: Screw Rod Step 1: Revolved Protrusion Sketch on front plane or XZ plane as shown in fig
Use revolve protrusion angle 180
0
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21. Step 2: Cut out & Thread Sketch on Right plane or YZ plane as shown in fig
Use symmetric cut out through all
Create thread on cylindrical body
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22. Part 6: Washer Create sketch on top plane or XY plane as shown in fig
Symmetric protrusion distance 3 mm
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23. Part 7: Nut Create sketch on Top plane or XY plane as shown in fig
Symmetric protrusion distance 8 mm
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24. Part 8: Nut Create sketch on Top plane or XY plane as shown in fig
Symmetric protrusion distance 5 mm
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25. Part 8: Clamping Plate
Create sketch on Top plane or XY plane as shown in fig
Symmetric protrusion distance 8 mm
Create countersink hole of dia 6.3 mm and countersi nk dia 12 mm
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