Generative design can transform objects according to specific criteria. This could be set production costs or aesthetic preferences. With such flexibility at their disposal, designers can produce market-ready products, regardless of the specs.
This is because generative design dramatically increases productivity in engineering and product development. Improving computer-engineer interactions reduces negative feedback loops and the traditional design barriers of the past. You can browse around here to check 3D modeling projects.
When computers take on optimization, engineers gain the freedom to tackle complex design challenges. AI can optimize designs for specific engineering parameters.
But AI can also optimize designs with commercial parameters in mind. Things like cost, visuals, and functionality are all taken into account.
Automating your design practice guarantees a more efficient, creative, and productive output. This is especially true when paired with automated management software.
Integration with 3D printing
This is where things get exciting. Printing 3D designs make it possible to produce product prototypes at incredible speed. Artificial intelligence removes geometrical limitations from design options.
This lets you make the most out of your 3D printing technologies. 3D printing is now making it possible to manufacture more and more complex generative designs. The two in tandem result in design flexibility and heightened product functionality.
When generative design and 3D printing align, the results can be truly exceptional. Some of these improvements include:
Less material wastage
Efficient prototyping and testing
No geometrical boundaries
Innovative design options