Meshy hits $100M ARR, first AI 3D firm to reach milestone
What's the deal? Meshy said its annual recurring revenue (ARR) has passed $100 million, up 100x from $1 million in under two years. It is the first AI 3D company to hit the mark, and the ramp is among the fastest in the AI industry.
What's the endgame? Meshy builds AI models that turn text prompts and images into 3D assets ready for a game engine or 3D printer, typically in under a minute. It launched the first publicly accessible generative AI product for 3D in 2023, creating the category.
The scale: More than 15 million registered users and over 3,000 companies and schools have generated more than 100 million 3D models on the platform. Five of the world's ten most valuable companies are customers, as are teams at 200 of the Fortune Global 500.
Why now? The milestone follows a nearly $400 million Series B in July 2026 at US$970.6M valuation — the largest funding round to date in AI 3D. This month, Meshy released version 7.1, raising geometry generation to Ultra 4K resolution and open-sourcing its image-to-3D alignment benchmark suite.
The product: Alongside the numbers, Meshy launched its official iOS and Android app. Powered by Meshy 7, it turns photos, sketches, and text into textured 3D models on a phone, with printability checks, AR preview, and export to formats including STL, GLB, and OBJ. Creations sync across web and mobile through one account.
What the company says: "Surpassing $100 million in ARR in under two years reflects the growing demand for AI-powered 3D creation," said Faye Pan, VP of growth at Meshy. She pointed to customers spanning "game studios and film teams to educators and home 3D printing enthusiasts."
The signal: Meshy frames its diffusion-based models as complementary to general-purpose systems: frontier models handle understanding and planning, while Meshy handles generation. The $100 million mark suggests the hardest frontier in multimodal AI can run as a scaled, sustainable business.
Read more: prnewswire.com
Image credit: PICNIC Network
