Generative design with Caddman 3D CAD designers is the next frontier in CAD design for engineers working in virtually all manufacturing industries. It harnesses the power of artificial intelligence (AI) to develop new high-performance design iterations that help solve complex challenges, reduce component weights and manufacturing costs, scale customization, and optimize performance.
While highly latticed designs with extraordinarily intricate features might seem exotic, the generative design has an increasing number of practical applications today.
In this comprehensive guide, find out how generative design works, learn about its benefits, applications, and the important role 3D printing plays in bringing its incredible design to life. Through real-life case studies and practical tips, see how you can get started now. Benefits of Generative Design
Simultaneous exploration: A notable benefit of generative design is that it allows the simultaneous exploration, validation, and comparison of hundreds or thousands of design options. The software can display and compare design options in a way that enables engineers to quickly and efficiently find the ones that best meet a project’s parameters and needs.
Accelerated design timeline: When engineers leverage AI to discover and test new complex design iterations quickly, efficiently, and at scale, they can drastically shorten research and development timelines for new products. As a result, companies utilizing generative design can gain a competitive edge in accelerating products’ time to market.
Leverage advanced manufacturing processes: Generative design can create complex designs like organic features and internal lattices to leverage the unique design freedom offered by additive manufacturing technologies. It also offers the ability to consolidate parts, so a single complex geometry created by a generative algorithm and 3D printed can often replace assemblies of dozens of separate parts.