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3D part design with Inkscape and OpenSCAD #95: Design a custom 3d printed shoe sole.

This is post #2 of a series where I will be designing custom shoes that can be 3d printed, in the last post I made a module for OpenSCAD that I could use to make the top part of a shoe. The first step is to import the outline of

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3D part design with Inkscape and OpenSCAD #94: Using minkowski() to hollow out complex shapes.

I recently set out to design a pair of shoes with Inkscape and OpenSCAD and wanted a simple way to make a shell out of a complex object and make it so that the walls would be a consistent width that was adjustable and it turns out that using minkowski

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3D part design with Inkscape and OpenSCAD #93: reverse engineering an stl file part 4-Autoslice Version 3

Another example of how to cut an stl into multiple slices using OpenSCAD

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3D part design with Inkscape and OpenSCAD#92: Reverse Engineering an stl file part 3: Automating with animation

By adding the $t command in a few places I was able to automate the slicer module I made in post #88 so it will automatically slice the layers and it can either be paused to save an svg or an stl at that layer or output the layers as

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3D part design with Inkscape and OpenSCAD #91: make a pegboard any shape you want.

After I made the pegboard module in post # 61 I decided to make a way to cut it out to any shape I wanted so I could make some cool looking pegboards instead of the plain old square ones. Here is the updated code: /*[Pegboard]*/ show_board= true; hole_number_

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3D part design with Inkscape and OpenSCAD #90: adding extrude scale to the svg import modules.

One of the options I had neglected to add to the svg import modules was the ability to automate the scale option in linear extrude so I added it. Here is the updated code: /*[SVG_Layer_Import] */ Path_to_SVG_File="/home/none3/Desktop/openscad working folder/drawing.svg&

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3D part design with Inkscape and OpenSCAD #89: making 3d printed canisters for mosaic pattern Damascus steel

An example of how to make a 3d printed shell to use in making mosaic pattern Damascus steel

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3d part design with OpenSCAD #88: Reverse engineering an STL file part 2

When I made post #41 there were a bunch of loose ends I wanted to tighten up and features I wanted to add so I decided to take a couple of minutes this morning and see what I could come up with and I think it is much more functional

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3d Part design with Inkscape and OpenSCAD #87: Customizable sluicebox part 2

Part 2 of a customizable sluice box designed with Inkscape and OpenSCAD

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3D part design with OpenSCAD #86: Adding a pinwheel option to the universal propeller module.

Adding a pinwheel option to the universal propeller module makes some cool looking designs

3D printed Lithophane

3D part design with OpenSCAD #85: Bending an .stl file.

A method to curve a flat stl file around a round object.

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3D part design with Inkscape and OpenSCAD #84: Bending an SVG file.

Making a custom object with Inkscape to use with the "bend" OpenSCAD code from my last post works great, here is the modified code: /*[Bend SVG]*/ Path_to_SVG_File="/home/none3/Desktop/drawing.svg"; bend=103.5;//[-360:.01:360] tilt_angle=0;//[0:.01:

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3D part design with OpenSCAD #83: Bending text part 2.

Some improvements to the bend text module for OpenSCAD from the last post.

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3D part design with OpenSCAD #82: bending text around a cylinder.

And example of how to bend text around a cylinder in OpenSCAD.

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3D part design with Inkscape and OpenSCAD #81: Designing custom bellows.

If you are trying to make bellows or a speaker cone here is an easy way to do that. I'm using the function plotter to make a sine wave pattern like I did in post #64 to make the shape of the bellows, first you make a rectangle

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3D part design with OpenSCAD #80: Using roof() to make a beveled stencil

After making the beveled text module I was experimenting with using the same technique on a stencil to see if it would improve the print quality and it works pretty good. Here is the code: /*[Beveled Stencil]*/ Path_to_SVG_File="/home/none3/Desktop/.svg"; stencil_height=1;

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3D part design with OpenSCAD # 79: Adding shell to the tapered text module.

Since I can make letters as large as my printer will allow I thought it would be useful to make them hollow so I could add a transparent top  layer or two and use them to make an led sign, so I added a way to do that. Here is

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3D part design with OpenSCAD #78: Easy tapered 3d text using roof()

An example of how to use roof() to make tapered 3d text.

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3D part design with Inkscape and OpenSCAD #77: More with the shape builder tool and checking dimensions before 3d printing.

In the last post I used the shape builder tool in Inkscape to do some basic addition and subtraction of objects, in this post I'm going to use it to add multiple cut outs to a new design. Here is a plate with a Db9 connector and I

3D part design with Inkscape and OpenSCAD#76: Using the new Inkscape 1.3.x shape builder tool.

An example of how to use the shape builder tool to make objects to be 3d printed.

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3D part design with Inkscape and OpenSCAD #75: using guidelines for precise object positioning.

An example of how to use guidelines with Inkscape to precisely position objects.

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3D part design with Inkscape and OpenSCAD #74: adding fillet and chamfer to the SVG import modules.

An example of how to add fillet and chamfer capabilities to an SVG layer that was imported into OpenSCAD.

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3D part design with Inkscape and OpenSCAD #73: automating difference() with the customizer.

Being able to click a box and add or subtract an object from a project is pretty handy, and combined with the svg layer import template it increases the speed of the workflow quite a bit. Here is an addition I made to the svg layer import code so I

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3D part design with OpenSCAD #72: A fully customizable sluice box (part 1)

A cutomizable design for a 3d printed sluice box made with OpenSCAD.

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3d part design with OpenScad #71: Using hull and spheres to make a slinky and improve the thread module.

I was experimenting with using a sphere for the thread module to see what the results looked like and it works really well, the rendering is fast on the new development builds and the steps in the for loop can be adjusted to make a super smooth spiral. Update: I