Window AI ,Vimmerse ,Viggle AI ,Upscayl - Free AI Image Upscaler ,Tripo 3D ,SV3D Online ,Stable Video 3D ,Stable Fast 3D by Stability AI ,BackgroundRemover ,Oven AI , are the best paid / free Image to 3D Model tools.
AI Image to 3D Model is a cutting-edge technology that uses artificial intelligence (AI) to create a 3D model from a single 2D image. It analyzes the image, predicts the depth and structure of the objects in the scene, and then crafts a 3D model that accurately depicts the object from the original photo. It can be used for various purposes from gaming, virtual reality, augmented reality, to 3D printing and more.
Image to 3D Model already has over 32 AI tools.
Image to 3D Model already boasts over 6M user visits per month.
Image to 3D Model already exists at least 2 AI tools with more than one million monthly user visits.
| Core Features | Price | How to use | |
|---|---|---|---|
| CSM AI - 3D World Models |
Create 3D world models from real data or imagination with CSM AI. |
To use CSM AI - 3D World Models, you can start by uploading a video, image, or text as input. The platform will then generate 3D assets with high-resolution geometry, UV-unwrapped textures, and neural radiance fields. You can also use their APIs to integrate these capabilities into your own app or platform. |
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| Meshy |
Effortlessly transform text and images into captivating 3D assets. |
To use Meshy, simply input your desired text or 2D image and the AI will generate a 3D asset in under a minute. |
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| Window AI |
AI models connection made easy. |
Set up models once and utilize them across platforms. Configure models for web app accessibility and prompt permission requests. Visit https://openrouter.ai for AI app exploration with usage metrics. |
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| LeiaPix |
AI software for converting 2D images to 3D animations. |
To use LeiaPix, upload your 2D images, customize depth settings, and export your 3D animations. |
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| BackgroundRemover |
Remove image backgrounds instantly |
Upload the image and let the tool automatically remove the background |
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| Masterpiece X |
Generative 3D creation with AI in just a few words. |
To use Masterpiece X, simply start by choosing whether to generate a human, object, or animal 3D model. Then, describe the overall shape and desired look of the model using a few words or a short sentence. Within a few minutes, AI-generated 3D models will be available for use or further customization. |
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| PhotoTo3DConverter |
Convert photos to 3D |
Upload your photo, choose 3D conversion option, download the result |
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| Viggle AI |
Image-to-3D animation tool. |
To use Viggle AI, upload your desired image and select animation options. |
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| 3D Scan Pro |
Real-world to digital: 3D Scan Pro captures objects in detail. |
Capture objects using the app's 3D scanner feature and generate high-quality 3D models. |
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| Alpha3D |
Transform 2D images into 3D assets with generative AI. |
To use Alpha3D, simply upload a 2D image of a real-life object or use text prompts as input. The platform will automatically transform your input into a 3D model, which you can then download and use on any 3D, AR, VR, or metaverse platform. |
AI Image to 3D Model is suitable for anyone working with 3D modeling, whether it be in gaming, virtual reality, augmented reality, graphic design, architecture, ecommerce (for product visualization), and 3D printing industry. It's particularly valuable for professionals who require efficient and accurate 3D modeling tools to enhance their workflows.
AI Image to 3D Model works by analyzing the 2D image using machine learning algorithms. It starts by determining the key points on the image, and then uses these points to predict the depth of the different objects in the image. After that, it uses this depth map to create a 3D model of the objects in the image, providing a more accurate, three-dimensional representation of the original 2D image.
AI Image to 3D Model has several advantages. First, it simplifies the process of creating 3D models, requiring only a single image rather than the traditional method of taking multiple images from different angles. Second, it can yield high-quality, detailed 3D models in a short time. Third, thanks to machine learning algorithms, it continually learns and improves, yielding better results over time.
