Best AI 3D Model Generators of 2024

Create custom 3D models in just minutes. Stop wasting hours on modeling tools. Create stunning 3D art using only an image. Kaedim can generate high-definition models for you, whether you're creating VR games or 3D artwork. No modeling experience is required. Kaedim optimizes for production-ready, usable 3D assets. We've worked with 3D artists closely to ensure that outputs are up-to-standard. Kaedim integrates with your existing workflow to create 3D assets in a seamless manner. The power of generated model, in the tools that you already know and use.

Mirage allows you to control AI image generation. You can use your own assets to create a scene.

Although recent work on text conditional 3D object creation has shown promising results the state-ofthe-art methods require multiple GPU hours to produce a sample. This is in stark contrast with state-of-the art generative image models that produce samples within seconds or minutes. In this paper we explore an alternative 3D object generation method that produces 3D models within 1-2 minutes using a single GPU. Our method generates a single synthetic image using a text to image diffusion model, and then produces a point cloud in 3D using a second diffuser model that conditions the generated images. Our method is still behind the current state-of-the art in terms of sample quality but it is up to two orders faster to sample, which can be a good trade-off depending on the use case. Our pre-trained diffusion models are available at this https URL, along with evaluation code and models.

AI-Simulated 3D Garments expedite the design workflow by seamlessly converting 2D patterns to 3D simulations. Users can upload their patterns and advanced algorithms will analyze and apply sewing relationships. The AI-generated JSON file can then be imported into software like CLO or Vstitcher, enabling instant 3D simulations. Additionally, designers can integrate software for virtual fitting. This comprehensive solution optimizes productivity and enhances collaboration, empowering designers to efficiently visualize and iterate designs.

Create assets with high-resolution geometries, UV-unwrapped texture and neural radiance using the latest advances in neural inverse graphics. Now, creating environments and games are faster and more accurate. Create immersive 3D games and simulators at unprecedented scale. Create your own 3D textures. Generating on dedicated and fast servers. 3D outputs can be private, with dedicated support and custom training.

Create 3D characters using our patent-pending generative AI technology. Our intuitive 3D character designer will revolutionize your character creation process. Custom-made assets and characters unlock the potential of 3D. Our designers will create unique 3D props, characters, and casino assets. You can get your hands on high-poly and low-poly assets that are perfect for console, mobile and PC gaming. 3DAiLY is the ultimate asset management platform for 3D models, characters, wearables and props. Transform your project with photo-realistic human assets. Our 3D models can be used for advertising, marketing and animation. Metaverse-ready assets will elevate your blockchain games and platforms. Our unique 3D assets will help you create immersive experiences and standout.

Our platform is designed for high performance, user-friendliness and seamless compatibility with industry standards. Easy-to-use interface. No need to be a master of modeling or prompt crafting. AI can drastically reduce the time you spend on modeling. Reduce your costs with AI-powered 3D Models.

Sortium can be your production team. You can create or modify textures, 3D assets and game engines in real-time. Sortium can be used on the web, in your favorite 3D software or game engines. Our API allows you to create unlimited content and deliver it directly into the hands of players. Use our dynamic AI & Web3 platforms to create professional assets in real-time using natural language. Create exceptional content, automate tokenization, and simulate economy and behavior using the Substrate infrastructure. Sortium revolutionizes the creation process by enhancing efficiency, bringing everyone on an equal playing field and accelerating the pace of innovation. You deserve the highest quality output for your games and virtual productions.

ModelsLab, an innovative AI company, provides a suite of APIs that transform text into different media formats, such as images, videos, audio and 3D models. Their services allow developers and businesses to create high quality visual and auditory media without the need for complex GPU infrastructures. ModelsLab offers a range of services, including text-to image, text to video, text to speech, and image-to picture generation. All can be seamlessly integrated in a variety of applications. They also offer tools to train custom AI models. For example, fine-tuning Stable Diffusion using LoRA methods. ModelsLab is committed to making AI affordable and accessible. They help users build next-generation AI products quickly and efficiently.

You can increase your online revenue by replacing 2D images and 3D models with interactive, life-sized 3D models and Augmented Reality. Your shoppers' digital product evaluations will be enhanced with spatial depth. Interactive 3D allows your customers to understand your products down the most minute detail. Globally first AI converts 2D images to 3D models of your products in minutes. Make existing product images 3D models. No extra photoshoots! 3D models are available in just minutes, not weeks. Rapidly scale up large product catalogs across all categories. Your merchandising team can seamlessly manage your 3D products catalog. Avataar's AI-generated 3D models render in incredible photorealism. 3D visualization of your products in real-time. You can easily customize interactive features. Rich analytics in real-time to measure RoI and retarget customers. Avataar's AI-generated 3D model renders with incredible photorealism.

Omniverse™, Audio2Face beta is an application that simplifies the animation of 3D characters to match any voice-over track. It can be used for games, films, real-time digital assistants or just for fun. The app can be used for interactive real-time applications as well as traditional facial animation authoring tools. You can either bake the results or run them live. Audio2Face allows you to retarget any 3D human-esque or human-like face, no matter how stylized or realistic. This allows you to swap characters quickly, whether human or animal, in just a few clicks. Omniverse Audio2Face's latest update now supports blendshape conversion as well as export options for blendweight. The app supports export-import using Blendshapes For Blender and Epic Games Unreal Engine, which allow characters to create motion using their Omniverse Connectors.

Dream3D, a software company in Brooklyn, NY, builds creative tools for 3D. We combine intuitive interfaces with machine-intelligence to make it easy for anyone create beautiful computer graphics.

We solve the hard computer-vision problem of converting data into accurate digital people so you can concentrate on your core business. Our patented technology supports your avatar needs, from highly accurate digital duplicates to the animated fantasy characters. All on one platform. Compatible with all graphics and game engines. All your avatar needs can be met by one platform. Create accurate digital duplicates from any data source in a unified, 3D body format that can be used across platforms and industries. Your customer's body and motion is important, whether you're selling bicycles or clothing. Create, fit and sell products based on your customer's avatar.

We generate a 3D SDF and a texture field via two latent codes. We utilize DMTet to extract a 3D surface mesh from the SDF and query the texture field at surface points to get colors. We train with adversarial losses defined on 2D images. In particular, we use a rasterization-based differentiable renderer to obtain RGB images and silhouettes. We utilize two 2D discriminators, each on RGB image, and silhouette, respectively, to classify whether the inputs are real or fake. The whole model is end-to-end trainable. As several industries are moving towards modeling massive 3D virtual worlds, the need for content creation tools that can scale in terms of the quantity, quality, and diversity of 3D content is becoming evident. In our work, we aim to train performant 3D generative models that synthesize textured meshes which can be directly consumed by 3D rendering engines, thus immediately usable in downstream applications.

Creating beautiful, innovative games in a fraction the time. We are building a suite tools, each carefully designed to supercharge your creativity and eliminate manual tasks. Let your imagination run free, as each prompt produces unique results. You can create something new and instantaneous. You need more than just a magic algorithm in order to create the best games. We work to improve your workflow. Optimizing for gaming and the metaverse. Join our Discord channel or waitlist and be the first to know about the future of gaming. Build with your imagination. Join the queue to get beta access. Imagine any game, think about it and play it.

This 3D avatar model is an AI that produces 3D digital avatars in high detail. The generated avatars are viewable in 360-degrees with unmatched quality. The model accelerates the 3D modeling process, which is traditionally complex and sophisticated. It also opens up new opportunities for 3D Artists. This 3D avatar diffusion is trained to create 3D digital avatars as neural radiance field. We use the most advanced generative technique for 3D modeling (diffusion model). We factorize the neural radiation field of avatars using tri-plane representation. This can be explicitly modelled by diffusion models, and rendered into images via volumetric render. The proposed 3D aware convolution provides the needed computational efficiency, while maintaining the integrity of 3D diffusion modeling. The entire generation is a hierarchy with cascaded models for multiscale modeling.

3DFY.ai is a framework that uses artificial intelligence to solve the 2D to 3D problem in various domains. It creates high-quality 3D model with only a few images. It is difficult to create high-quality 3D images from a few images due to the lack of information and self-occlusions. We solve this problem at 3DFY.ai by training our AI models with category-specific datasets. This allows them to fill in missing information in an plausible way. Our unique technology allows us a white-gloved service that can convert 2D images into 3D models of high-quality at an unprecedented rate and quality. 3DFY.ai Image dramatically reduces the time, cost and effort required by retailers to convert their 2D product catalogs to 3D.

Recent breakthroughs in text to image synthesis were driven by diffusion models that have been trained on billions and billions of image/text pairs. To adapt this approach to 3D, large datasets of labeled 3D asset and efficient architectures for denoising 3D data would be required. In this work, these limitations are circumvented by using a 2D text to image diffusion model that has been pre-trained. We introduce a loss that is based on probability densities distillation, which allows a 2D diffusion to be used as a prior in the optimization of a parameterized image generator. We optimize a randomly initialized 3D model, a Neural Radiance field, or NeRF, via gradient descent using this loss. This allows us to achieve low losses in 2D renderings of the model from random angles. The 3D model can be viewed at any angle and lit by any illumination. It can also be composited into any 3D environment.

Integrate emotes into your game or virtual world to increase engagement and revenue. Emotes are used by players to express themselves and socialize in 3D gaming. Since the early 1990s, MMO games have used animations to express emotion. However, user demand for emotes skyrocketed following their viral success in Fortnite Battle Royale. Blockchain Research Lab, a non-profit organization that conducts research, found in a recent report that 74% of gamers of games and virtual environments such as PUBG or Roblox use emotes. 22% of them do it every time they play. Developers can choose which emotes to offer to players, integrate a fully customizable Kinetix wheel, hotkeys and contextual emotes and even allow gamers to create in-game emotes using a web application that uses Kinetix Studio’s generative AI to convert videos into 3D animations.

Poly is a texture creation tool with AI that allows you to quickly create customized textures in 8K HD and seamlessly tileable textures up to 32-bit PBR using a simple prompt. It is perfect for 3D applications like 3D modeling, character creation, architecture visualizations, game development, AR/VR World-Building, and more. We are excited to share with you the results of our research team's work and hope that you find it useful and enjoyable. Watch as Poly creates an EXR texture in 32-bit format for you by typing a prompt and selecting a texture type. This is a great way to experiment with Poly's AI and see what it can do. The dock at bottom of screen allows you to switch between views. You can view past prompts, view the model in 3D or view any of six available physical-based render maps.

With image conditioning techniques and prompt-based editing, we offer users new ways to control 3D synthesizing, opening new avenues for creative applications. Magic3D is able to create high-quality 3D mesh models using text input. It uses a coarse-to fine strategy that leverages both low-resolution and high-resolution priors to learn the 3D representation for the target content. Magic3D is 2x faster than DreamFusion and 8x more accurate in generating 3D content. We can edit the text of a coarse model created with a base text and then fine-tune NeRF and 3D models to get a high-resolution edited 3D mesh.

3D content creation is a time-consuming and complex task for graphic designers, digital artists, and game developers. It can take hours, or even days, to create a moderately complicated 3D object. Stability AI is proud to announce a private preview for Stable 3D. This automatic process generates concept-quality, textured 3D models. It eliminates much of the complexity and allows non-experts to create a draft-quality 3D design in minutes by selecting an illustration or image, or by writing a text prompt. Stable 3D objects are delivered as ".obj" files, which can be edited and improved with 3D tools such as Blender and Maya or imported into a game engine like Unreal Engine 5 and Unity.

An API that streams 3D scenes data into ComfyUI diffusion based workflows. Our API is accessible via our web editor. This allows image generation in 3D. Support for custom workflows & LoRAs for enterprises & teams using AI in production pipelines. Playbook believes that AI is a powerful tool that can help you do great work. To get there, tight integration between the model, application, or product is required. You own all assets created using our platform as long as you did not violate anyone's copyrights in the process of creating your model. The rise of spatial computing (AR/VR), and the increasing reliance on visual effect (VFX), is a result of the need for a 3D pipeline that can produce real-time content quicker. Playbookengine.com, a diffusion-based rendering engine, reduces the time it takes to create a final image using AI. It is accessible through a web editor or API, and supports scene segmentation and relighting.

AI-powered creativity can help you reimagine your visual designs.

Text2Mesh creates color and geometric details on a variety source meshes based on a target text prompt. Our stylization results are a coherent blend of unique and seemingly unrelated combinations, capturing global semantics as well as part-aware attribute. Text2Mesh is a framework that stylizes 3D meshes by predicting local geometric and color details that conform to a text prompt. We consider a disentangled 3D object representation using a fixed content mesh coupled with a neural network that we call neural style field network. By leveraging the representational power in CLIP, we can obtain a similarity between a text prompt that describes style and a stylized grid. Text2Mesh does not require a pre-trained model or a 3D mesh dataset. It can handle meshes of low quality (non-manifolds, boundaries, etc.). It can handle meshes of any genus and does not require UV parameters.