This week, we learned to use new tools for both 2D and 3D modeling. We also compared how each tool works and analyzed which ones best suit our workflow and personal working style. The assignment for this week was to 3d model our possible final project or a piece from it in two different softwares in order to compare. Also to model something in the 2d software that could be useful for our final project.
Shapr3D is an intuitive, professional 3D CAD modeling application designed for iPad, Mac, and Windows, allowing users to create precise, manufacturing-ready models.
I started by adding basic shapes, modifying it, only working on one side of the sketch, to mirror it to keep the design symmetrical.
Once the main shape was defined, I continued adjusting the sketch, refining proportions and details until I had the complete form.
I extruded it to create a solid piece, turning the 2D sketch into a three-dimensional object with volume.
I extruded and sketched the areas where I needed to create internal space, defining openings and functional areas without affecting the external shape.
Once the geometry was finished, I added materials to the model to visualize how the final piece would look.
After checking measurements and details, the model was ready to be exported.
On Shape is a PTC-developed cloud-native 3D CAD, CAM, and PDM software-as-a-service (SaaS) platform that runs entirely in web browsers and on mobile devices
Here you’ll have the option to choose in which plane you’ll start sketching
You can start sketching until you have your desired shape.
Here you’ll have the extruded piece with fillets.
Here you can choose from the variety of materials and colors.
You can choose which environment you want and play with the angles.
Use a prompt to generate a render with AI from your model.
After working with both tools, I found Shapr3D to be more intuitive, user-friendly, and faster for creating organic shapes and quick prototypes. Its touch-based workflow makes the modeling process feel natural and easy to understand. Onshape, on the other hand, is a powerful parametric CAD platform with strong engineering capabilities and precise control. Although it has a steeper learning curve, it becomes a very useful tool once you understand its logic and structure.
Adobe Illustrator is a vector graphics editor and design software used to create precise vector graphics for digital fabrication.
After you've imported your img you need to click on path finder.
You can choose in which style you want to vectorize it.
You can start modyfing your image.
Initial image was imported.
Curves and nodes were adjusted to achieve smooth and accurate geometry.
You can edit your vector.
Since I have worked with Adobe Illustrator for a longer time, it is the tool I understand best and feel more comfortable using. Its interface, vector controls, and workflow allow me to create precise graphics efficiently and with confidence. Affinity Designer, however, is also a powerful and very useful tool. It offers strong vector editing capabilities, a smooth performance, and a clear workspace that makes the design process accessible once you become familiar with it. Even though I am more experienced with Illustrator, Affinity proves to be a solid alternative for professional vector design.
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