Now, diving into what makes it tick. The core features shine in ideation and CAD generation: you start with a quick sketch or description, and Leo spits out DFMA-optimized models that consider assembly ease and cost right from the jump. It handles inputs like text prompts, hand-drawn lines, or even existing CAD constraints, learning from your feedback to refine outputs over time.
What impressed me most was the iteration process-it's not just one-and-done; you tweak, and it adapts, cutting down those endless revision loops. And based on their site, it can slash engineering time by up to 80%, which, if you're under deadline pressure like I was last project, sounds like a lifesaver.
This tool's perfect for mechanical engineers, product designers, and R&D folks in manufacturing or hardware startups. Think prototyping gadgets for consumer tech, fine-tuning automotive parts amid supply chain woes, or modeling precise aerospace components where every millimeter counts. In my experience working with a small team on a drone prototype, something like this could've turned weeks of modeling into days-fairly decent for keeping budgets in check.
What sets Leo apart from big names like Fusion 360 or SolidWorks? Well, unlike those, which demand you build everything manually, Leo's trained on millions of CAD files so it nails industry standards without constant oversight. I was torn at first, thinking it'd be too automated and lose the human touch, but nope-it complements your skills, focusing on the tedious bits so you can innovate.
No steep curve either; it's intuitive, even for folks new to AI assists. That said, it's not flawless-still early days, so some advanced sims need pairing with other software. If you're in hardware dev and tired of slow workflows, especially with today's push for rapid prototyping, Leo's worth checking out.
Head to their site, join the waitlist for early access-it's free, and could save you serious time. Trust me, in this market, that efficiency might just make or break your next project.