Text to 3D
Image to 3D
Text to Texture
Animation
3D File Converter
Online 3D Viewer
Plugins for Blender, Godot, and Unity
Game Asset
3D Texturing
3D Modeling
3D Scan Pro, AI Photo to 3D Converter, KoppieOS, LeiaPix AI, MagiScan, Kaedim, Masterpiece X, Spline, Koko AI, Stable Video 3D (SV3D) are the best paid / free 3d tools.






3D, short for three-dimensional, is a term used to describe objects or representations that have depth, width, and height. In the context of AI, 3D refers to the creation, manipulation, and analysis of three-dimensional data, models, and environments. AI algorithms and techniques are increasingly being applied to 3D data to enable advanced applications in various fields, such as computer vision, robotics, and augmented reality.
Core Features
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Price
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How to use
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Meshy | Text to 3D |
Free $0 No credit card needed
| Meshy is a 3D AI platform for generating 3D models from text or images. Here's a quick rundown: Getting Started • Sign up at https://www.meshy.ai • Free tier available; paid plans unlock more generations & downloads Main Features • Text to 3D — describe what you want, get a 3D model • Image to 3D — upload a reference image, convert to 3D • Text to Texture — apply AI-generated textures to existing meshes • AI Animate — rig and animate 3D characters Workflow 1. Pick a mode (Text/Image to 3D) 2. Enter your prompt or upload an image 3. Generate a draft preview (fast, low-poly) 4. Refine → generate the textured final model 5. Download in formats like GLB, FBX, OBJ, STL, USDZ API Access • Available via REST API — models generated via API don't appear in the Workspace UI (intentional). Use the List Tasks API to retrieve them. Docs: https://docs.meshy.ai |
Tripo AI | Image-to-3D conversion |
Basic $0.00 600 credits monthly, ≈ 24 Image-to-3D model
| Simply upload an image or enter text, and Tripo AI will generate a 3D model within seconds. The generated models can be downloaded in various formats to support different applications. |
Leonardo.Ai | Image Generation | Users can generate images using text prompts and pre-trained AI models, edit images with the AI Canvas, and create 3D textures by uploading OBJ files. The platform offers various settings that can be tailored to individual needs. | |
Luma AI | Lifelike 3D capture | Use the Luma AI iOS app or web API to capture scenes and objects in 3D. The captured data can then be used in various applications, including AR, VR, game development, and VFX. | |
Icons8 | Free icons in multiple styles (PNG, SVG) |
Free License Free Limited access to assets with attribution required.
| Users can download design elements for free, including icons, photos, vector illustrations, and music. The website offers search functionality, allowing users to find specific assets. Users can also upload an image to find better alternatives using AI. Additionally, Icons8 provides apps and plugins for various platforms to facilitate the use of its assets. |
Recraft | AI Image Generation |
Free $0 Try all features
| Users can start creating visuals by inputting prompts or visual examples, fine-tuning objects with AI, storing and sharing styles for brand consistency, and collaborating with teams on a shared canvas. Recraft provides AI editing tools for tasks like background removal, mockup generation, and image vectorization. |
Live3D | VTuber avatar creation and customization | VIP $1K~? Feature customization, Assets Design, Copyright, Lite Suite permissions, One-to-one service. Contact us for details. | Use VTuber Maker for face tracking and live streaming with avatars. VTuber Editor allows customizing VRM models and animations. VTuber Gallery provides anime pose references. VTuber Extension enhances live streams with interactive effects. |
Coohom | 3D floor planning |
Basic Free
| Users can start by creating or uploading a floor plan, then use Coohom's extensive library of furniture and decorations to design and decorate their space. The software offers 3D visualization and 4K rendering to experience designs in real-time. |
3D AI Studio | Text to 3D model generation | To create a 3D model, type a prompt or upload an image on the 3D AI Studio platform. The AI will generate a 3D model in seconds. The platform is designed to be user-friendly and intuitive. | |
Spline | Real-time collaboration |
Starter $12 / month Everything on Free, plus: Up to 2 personal file editors, No watermark on web exports, Upload video, Higher resolution image exports, Spline’s material & audio library
| Create 3D objects, edit materials, add interactivity, and export. Control the outcome of your 3d design work. Integrate your 3D designs with your web projects using simple embed code/snippets. |
Autonomous vehicles: 3D AI enables better perception and understanding of the surrounding environment for safe navigation.
Medical imaging: 3D AI techniques assist in analyzing and segmenting medical scans for diagnosis and treatment planning.
Industrial automation: 3D AI powers robotic systems for tasks like bin picking, assembly, and quality inspection.
Entertainment: 3D AI is used in movie production, gaming, and virtual reality for creating realistic characters and environments.
Users have praised 3D AI for its ability to enhance the realism and interactivity of various applications, from gaming and virtual reality to industrial automation and medical imaging. However, some users have also noted the high computational requirements and the need for specialized hardware to fully leverage the potential of 3D AI. Overall, the sentiment towards 3D AI is positive, with many recognizing its transformative impact across different domains.
A user interacts with a virtual try-on system that uses 3D AI to visualize how clothing items would fit on their body.
A gamer experiences realistic physics and interactions in a video game powered by 3D AI techniques.
A customer uses a furniture app that employs 3D AI to place and visualize furniture items in their living space.
To utilize 3D in AI, the following steps are typically involved: 1. Data acquisition: Collect 3D data using sensors like depth cameras, LiDAR, or stereo vision systems. 2. Data preprocessing: Clean, filter, and transform the raw 3D data into a suitable format for AI algorithms. 3. Feature extraction: Identify and extract relevant features from the 3D data, such as geometry, texture, or spatial relationships. 4. Model training: Train AI models, such as deep neural networks, using the processed 3D data and appropriate loss functions. 5. Inference and application: Deploy the trained models to perform tasks like 3D object detection, segmentation, or generation in real-world scenarios.
Enhanced spatial understanding and reasoning capabilities for AI systems
Improved accuracy and robustness in tasks like object recognition and tracking
Enabling advanced applications in robotics, autonomous vehicles, and augmented reality
Facilitating the creation of immersive and interactive 3D experiences







































