Simply apply the tool holder to the bench and add tools. As you can see I need the room.
As I spend a lot of my creating time on making jewelry, my jeweler's bench gets covered in tools so I needed more storage space for my tools. So I designed this tool holder in Inventor and as doing it I thought it would be good to share some of the techniques I used in the design process. So here it is.
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The first step was to design the tool holder in Inventor. Each piece will be cut from 1/4 inch piece of wood with a laser cutter. For this we need to design each piece as a separate Inventor part.
Step 2: Assemble the Pieces
After the pieces are modeled they need to be assembled to help define where to cut the notches. The image provided shows how each piece is overlapped during the assembly.
Step 3: Add a Parameter for Kerf
As I mentioned we will be cutting the pieces out using a laser cutter so we need to keep the Kerf in mind when adding the notches. For more information on Kerf see this Instructable. For each piece we will add a parameter to adjust the tab size on the fly. To add the parameter select the "Manage" Tab. Once the Parameter dialog box is up add a parameter named Kerf and set the value to the Kerf of the laser cutter being used to cut the pieces.
Step 4: Add Notches
When adding the notches draw the notches with construction lines first. After adding the construction geometry outline the construction geometry with regular geometry and add a dimension between the construction geometry and regular geometry make the dimension value the parameter Kerf. This will allow the adjustment of the Kerf by simply changing the parameter.
Step 5: Layout the Pieces for Cutting
Using an Inventor drawing place a flat view of each piece needed to be cut on the drawing sheet.