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Machine Vise

  • Figure 1-0 Machine Vise from Technical Drawing, 12th Ed by Giesecke
    • Technical Drawing, 12th Edition by Giesecke, Mitchell, Spencer, Hill, Dygdon & Novak. Figure 14.80 - Machine Vise. Prob. 14.52: (1) Draw details. (2) Draw assembly. If assigned, convert dimensions to the decimal-inch system or redesign with metric dimensions. (secure pdf)

Project: Vise Assembly

  • Figure 1-0 Vise Assembly
Vise Base
  • Figure 2-0 Vise Base
  • Step 1 - Create 2D sketch of the front view with dimensions from Figure 3-0. Then extrude the shape 3.5“.
    • Figure 3-0 Vise Base 2D Sketch - Front View
  • Step 2 - Create front circle
    • Figure 4-0 Vise Base 2D Sketch - Right View
    • Create a new sketch on the right view. Draw a circle with radius 0.75” at the midpoint of the top line.
    • Extrude the 2D sketch 1.25“, with JOIN option
  • Step 3 - Create front screw hole
    • Create another 2D sketch and place a point at the center of the circle with radius 0.75”. Then finish sketch.
    • Use the Hole command to create hole with diameter 0.625“ and hole depth of 1.25”
  • Step 4 - Create 1.5“ and 1.25” slots that cut through the entire base.
    • Extrude 2D sketch 8“
    • Figure 5-0 Vise Base Slots 2D Sketch
    • Figure 6-0 Vise Base in multiple views
  • Step 5 - Create securing bolt tabs at the vise base
    • Figure 5-0 Vise Base 2D Sketch - bottom Extension Tabs
  • Figure 6-0 Vise Base Complete
Vise Jaw
  • Figure 1-0 Vise Jaw
  • Step 1 - create a 2D sketch of the right view and extrude 1.75”
    • Figure 2-0 Vise Jaw 2D Sketch - Right View
  • Step 2 - create a 2D sketch on the front view, extrude 3.5“ with Join option.
    • Figure 3-0 Vise Jaw 2D Sketch - Front View
  • Step 3 - create a point at the center of the circle in a 2D sketch. After you finish the sketch, use the Hole command, diameter 0.75” and depth 0.5“
    • Figure 4-0 Vise Jaw Hole
Vise Key
  • Step 1 - create a key that fits into the slots of the jaw. Key dimensions are Length=1.75”, Height=0.1875“, and Width=0.375”. Remember Inventor is picky when constraining parts, so a part that has a width of 1.33“ will not constrain to a part width of 1.333” even though we know it is the same.
    • Figure 4-0 Vise Jaw Key Dimensions
    • Figure 4-0 Vise Jaw Key
Vise Screw
  • Step 1 - create a 2D sketch of a circle with a diameter of 0.625“ then extrude a length of 6.5”
  • Step 2 - on one end, create a 2D sketch of a circle with a diameter of 0.75“ then extrude it a length of 1”
    • Figure 1-0 Vise Screw 2D Sketch
  • Step 3 - on the other end, create a 2D sketch of a circle with a diameter of 0.75“ then extrude it a length of 0.5”
  • Step 4 - on the end with the 1“ extrusion, create a offset work plane (tangent to surface and parallel to plane). Then draw a circle with diameter 0.375” offset 0.5“ from the end.
    • Figure 2-0 Vise Screw 2D Sketch
  • Step 5 - Finally extrude the circle to create the hole.
Vise Handle Rod
  • Step 1 - create a cylinder with a diameter 0.375” and length 5“
    • Figure 1-0 Vise Screw Handle Rod
Vise Handle Knob
  • Step 1 - create a cylinder with a diameter 0.625” and length 0.75“
  • Step 2 - create a point at the center of the 0.625” circle
  • Step 3 - create a hole at this point, diameter 0.375“ and hole depth 0.5”
  • Step 4 - apply a chamfer of 0.0625“ to each outside end of the knob
    • Figure 1-0 Vise Screw Handle Knob

References

  • BESSEY Tools
  • Groz-Tools.com DPV-STD-125 vise from www.grozusa.com
  • Wilton Tools technical service 800-274-6846 (8-5pm CST Mon-Fri) spoke with lady on 3/14/2014 at 10:55am (PST) and they don't provide any CADD drawing for their vises and she doesn't know of any other company that does, so she wasn't helpful.
  • Textbook: Technical Drawing, 12th Ed by Giesecke, Mitchell, Spencer, Hill, Dygdon, and Novak, Chapter 14 Design and Working Drawings, p. 456 (secure PDF)
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