meta 3d

Subscribe to our AI Insights Newsletter!

* indicates required

Elevate your content with our expert AI blog creation services!

Contact Us

Meta, the social media conglomerate formerly known as Facebook, has recently unveiled a new AI tool that can retexture or generate 3D objects in under a minute. This state-of-the-art technology is a game-changer in the realm of 3D modelling, as it combines AssetGen and TextureGen models to significantly enhance the quality of 3D content.

One of the most striking features of Meta’s 3D Gen tool is its ability to perform the retexturing process. This capability enables the creation of hyper-realistic 3D objects by adding intricate details and implementing a relighting process. By doing this, the tool can produce an output that is not just incredibly detailed and realistic, but also done 3 to 60 times quicker than professional artists.

The 3D Gen tool by Meta has clearly set itself apart from competitors like Adobe Firefly and Midjourney, thanks largely to its ability to offer compatible mesh structures for physically based rendering. By constructing 3D models with underlying mesh structures, the tool makes these models applicable in real-world modelling and application rendering.

The launch of the Meta’s AI tool marks a significant step forward in the 3D modelling industry. By revolutionizing the speed and efficiency of 3D object generation and retexturing, this tool opens up new possibilities and potentially transforms the way the industry operates. Its implications are vast and could potentially extend to various industries that rely on 3D modelling, including gaming, animation, product design, and more.

In summary, Meta’s new AI tool represents a major leap for the 3D modelling industry, providing faster, more efficient 3D object generation and retexturing. With its advanced features and superior performance, it is set to redefine the standards and expectations in the field. It would be exciting to see how this groundbreaking technology impacts the future of 3D modelling and beyond.