How to 3D Model an Egg Cup in SelfCAD

 |  Moses Zikei

Crack into Creativity: How to 3D Design an Egg Cup in SelfCAD 

SelfCAD is a powerful and user-friendly 3D modeling and design software that caters to a wide range of users, from novice to experienced designers. It provides an integrated environment with modeling, sculpting, and rendering tools, making it a versatile solution for a wide range of design projects. 

SelfCAD software allows you to create the most amazing and intricate designs and models you can imagine. In this section, we'll look at how to design an Egg Cup. To begin, start by opening the workspace.

SelfCAD workspace

On the 3D Shapes category on the toolbar, select a Sphere among the 3D shapes available:

3D shapes in SelfCAD

Then scale up the object on the Y axis direction. Do this by using the Scale tool on the toolbar and set the Y axis to 100. 

Scale tool in SelfCAD

The next step go to the Deform category on the toolbar and select Taper tool. 

Deform tool in SelfCAD

On the Taper tool, set the X axis to -20 and Z axis to -20. 

Taper tool

On the toolbar, go to the Drawing category and select the 3D Sketch option. 

3D Sketch in SelfCAD

Activate the Precision Settings and the switch the camera to the Top: 

Precision Settings in SelfCAD

Activate all the shown options below:

Line sketch in SelfCAD

Use the Line sketch to sketch the below line:

Line sketch

Then switch from the Line sketch to Arc Sketch and make the below sketch:

Arc Sketch option in SelfCAD

Through the Line Sketch and Arc Sketch make the sketch below:

Line Sketch

On the settings on the left panel, disable the Grid Vertices:

Grid Vertices

Finish the sketch through the combination of Line Sketch and Arc Sketch tools:

Arc Sketch

Delete the first profile and remain with this one below:

Profile option in SelfCAD

Use the Rotate tool on the toolbar to rotate the profile to a vertical position as shown  below:

Rotate tool

Then go to the Tools category on the toolbar and select the Revolve tool:

Revolve tool

Adjust the Revolve using the parameters on the left side as shown below:

Revolve using the parameters

Click on the check mark to finalize the Revolve operation and the your model will be as follows:

Revolve operation

Delete the profile. Go to the Tools category and select the Fill Polygons tool:

Fill Polygons option in SelfCAD

Click the check mark to finalize the filing of the polygon:

Check mark

Use the Move tool on the toolbar to move the sphere to the top of the model and use the Scale tool to scale it down to fit the top of the model as shown below:

Scale tool

Select the two remaining models. On the toolbar on the Stitch and Scoop tool> Difference, select the sphere to subtract it. 

Stitch and Scoop tool

Activate the Keep the Substracted Objects option to keep the sphere:

Keep the Substracted Objects

On the right panel, activate the Smooth icon and switch on the Solid + Wireframe mode:

Solid + Wireframe mode

Use the Cube Selection to select the below highlighted area to make it easy for changing the color and material easily. Reactivate the Solid mode. 

Cube Selection

Reduce the Shineness to 1 in the Material: 

Shinenessvvvv

Select the model that forms the Egg Cup. Then on the right panel, select the Material icon and more settings will appear on the left side. Set the Material to Metal/Gold and set the Opacity to 100: 

Material icon

There you go, the Egg Cup model is ready:

Egg Cup

SelfCAD's user-friendly interface has proven to be an invaluable companion on this design adventure, providing intuitive tools for shaping, sculpting, and refining our egg cup. As we've explored the various features, from basic sketching to detailed shaping, it's evident that SelfCAD is not just a platform for experts but a welcoming space for beginners to dip their toes into the exciting realm of 3D modeling. If you would like to 3D print the file, you can use the in-built online slicer of the software to do so. The video below shows how to slice the file in SelfCAD.


Enjoy powerful modeling, rendering, and 3D printing tools without the steep learning curve. 

Need to learn 3D modeling? Get started with
 interactive tutorials.

Was this blog post interesting or helpful?