5 Amazing AI 3D Model Generators You Need to Try

Streamline your design workflow and unlock endless possibilities with the top 5 AI 3D model generators.


Transforming 3D Creation: The world of 3D modeling is experiencing a revolution, all thanks to the emergence of AI-powered 3D model generators. These cutting-edge tools are changing the way professionals and enthusiasts create intricate 3D models. With AI’s help, the process becomes quicker, more effective, and available to those with limited 3D modeling knowledge.

Imagine having the power to transform basic sketches or textual descriptions into intricate 3D models with just a few clicks, opening up a world of creative possibilities. These tools allow users to effortlessly and accurately translate their ideas into tangible creations. This article delves into the top AI 3D model generators that are pushing the boundaries of this exciting technology. Let’s get into it!

Best 5 AI 3D Model Generators

Here are some leading AI 3D model generators that are establishing new standards in the industry through their innovative features and easy-to-use interfaces:

Luma AI

Luma AI is a platform that empowers users to generate and visualize 3D models based on text, images, or videos. It is especially beneficial for professionals in industries such as architecture, product design, content creation, and research and development. Leveraging neural networks trained on extensive datasets of 3D models, the platform creates realistic textures, lighting effects, materials, and colors.

Luma AI’s Features:

  1. Advanced Image Recognition: Luma AI boasts powerful image recognition technology that accurately identifies objects, scenes, and even emotions.
  2. Text-to-Speech Conversion: The platform can convert text into natural-sounding speech, ideal for applications like voiceovers, audiobooks, and interactive interfaces.
  3. Natural Language Processing: Luma AI offers a suite of tools for sentiment analysis, key insights extraction, and automation of language-related tasks.
  4. 3D Scanning and Modeling: Users can create precise digital models of objects using their smartphone cameras, thanks to Luma AI’s 3D scanning capabilities.
  5. Photorealistic 3D Models: Luma AI can generate photorealistic 3D models that closely resemble real-world objects.

Spline AI

Spline AI revolutionizes 3D design by integrating artificial intelligence. Users can swiftly produce objects, animations, and textures through intuitive prompts, streamlining the design process. This tool enables effortless creation and modification of objects, application of materials, and addition of lighting, all within a user-friendly interface.

Spline’s Key Features

  1. Real-time Collaboration: Design and collaborate in 3D with your team in real-time.
  2. 3D Modeling: Includes parametric objects, polygonal editing, and more.
  3. Animation: Bring your 3D objects to life with animation tools.
  4. Interactive Experiences: Add interactivity to your objects for engaging user experiences.
  5. Material Layers: Fine-tune the appearance of your models with detailed material controls.
  6. 3D Sculpting: Create organic shapes with sculpting tools.
  7. Physics: Simulate real-time physics interactions.
  8. Templates Library: Access a variety of ready-to-use 3D designs and templates.
  9. Camera Controls: Manage scene composition with advanced camera controls.
  10. Drag & Drop: Implement 3D drag and drop interactions without coding.
  11. Video Textures: Apply video textures to your 3D models for dynamic effects.

Masterpiece Studio

Masterpiece Studio simplifies 3D model creation using Generative AI. It lets users generate, edit, and deploy 3D models easily, making it a powerful tool for creating 3D content. The AI technology can create game-ready 3D objects from text prompts.

Features of Masterpiece Studio include:

  1. Utilization of Generative AI: Masterpiece Studio employs AI to assist in generating and editing 3D models.
  2. Real-time Rendering: This feature enables immediate visualization of changes.
  3. User-friendly Interface: Designed for ease of use, allowing creators to focus on design.
  4. VR 3D Creative Suite: A comprehensive set of tools for indie creators to generate, edit, share, and use 3D models.
  5. AI-powered Text-to-3D Generation: Masterpiece Studio converts descriptive phrases into 3D models using advanced Natural Language Processing (NLP) technology.
  6. Natural Language Processing (NLP) Technology: Masterpiece Studio uses NLP technology to understand the meaning of user’s words.
  7. Generation of Fully Functional 3D Models and Animations: Masterpiece Studio can create fully functional 3D models and animations.


NeROIC is an AI-driven tool capable of converting images into 3D models. It can transform a user-approved picture into a 3D representation of the intended message. In addition to its image-to-3D capability, NeROIC can also convert videos into 3D environments. It can generate a fully interactive 3D environment from a single video.

NeROIC’s key features include:

  1. Novel-view Synthesis: It generates new perspectives of an object by incorporating images from various conditions.
  2. Material Decomposition: The model determines the material characteristics of the object, such as Albedo, Specularity, and Roughness maps.
  3. Relighting: NeROIC can render objects under different lighting conditions using the generated material properties and geometry.
  4. Geometry and Camera Pose Optimization: It refines surface geometry and camera parameters through a multi-stage process.
  5. Robust Normal Estimation: This technique removes geometric noise while preserving essential details.
  6. Ambient Illumination Capture: NeROIC extracts surface material properties and ambient illumination, represented in spherical harmonics.

Bezi AI

Bezi AI is a new platform that helps designers work together to create 3D apps and games faster. It uses advanced tools like prototyping and generative AI, and it works on headsets, web, and mobile.

Features of Bezi AI include:

  1. Collaborative Design: Bezi offers a collaborative spatial design platform, allowing teams to work together in real-time or asynchronously.
  2. Advanced Prototyping: Create advanced prototypes for 3D apps and games with Bezi, leveraging generative AI and composition tools.
  3. No-Code Tool:  Bezi is a no-code platform, making it accessible for designers without coding expertise to create immersive 3D, AR, and VR experiences.
  4. Figma Integration: Bezi integrates seamlessly with Figma, enabling you to import models and enhance your design workflow.
  5. Interactions and Animations: Develop interactions and animations in 3D without any code, using features like State Machine and Timeline.
  6. Cross-Platform Compatibility: Projects created in Bezi can be experienced on desktop, mobile AR, and VR headsets with no extra setup necessary.
  7. Real-Time Feedback: Invite collaborators to leave pinned comments in the file, facilitating easier feedback and iteration.

How to choose a best AI 3D model

Picking the right AI 3D model generator depends on what you need. Here’s a simple guide to help you choose:

  1. Easy to Use: If you’re new to 3D modeling, look for tools that are easy to understand, with clear instructions.
  2. Input Method: Some tools use text, while others use images. Choose one that fits how you work.
  3. Quality: Check the quality of the models. For professional work, you’ll want high-quality, realistic models.
  4. Customization: Make sure you can adjust the models to suit your needs.
  5. Speed: Consider how quickly the tool can create models, especially if you need a lot at once.
  6. Cost: Compare prices. Some tools are free with limited features, while others require a subscription.
  7. Support: Look for tools with good customer support in case you need help.


In the world of digital design, AI 3D model generators are changing how we create and interact with 3D content. These tools use AI to make complex modeling easier and faster for professionals and hobbyists alike.

The article “5 Amazing AI 3D Model Generators You Need to Try” features top AI-driven tools for 3D modeling. It explains their unique features and why they’re great for digital creators. It’s a helpful guide for anyone looking to improve their 3D design with AI technology.


What are AI 3D model generators?

AI 3D model generators are software tools that use artificial intelligence algorithms to create three-dimensional models. These tools can automate and simplify the process of creating 3D models, making it easier for designers and artists to create realistic and detailed 3D objects.

How do AI 3D model generators work?

AI 3D model generators use machine learning algorithms to analyze and interpret 2D images or sketches and convert them into 3D models. These algorithms can identify patterns and shapes in the input data and use that information to generate a 3D representation of the object.

What are the benefits of using AI 3D model generators?

AI 3D model generators can significantly reduce the time and effort required to create 3D models. They can also help designers explore new design ideas and concepts quickly and easily. Additionally, AI 3D model generators can improve the accuracy and quality of 3D models, making them more realistic and detailed.

Are AI 3D model generators easy to use?

Many AI 3D model generators are designed to be user-friendly and accessible to both professionals and beginners. They often come with intuitive interfaces and tools that make it easy to create and manipulate 3D models.

Can AI 3D model generators be used for commercial purposes?

Yes, many AI 3D model generators can be used for commercial purposes. However, it’s essential to review the terms of service and licensing agreements of the specific tool you’re using to ensure compliance with any usage restrictions.

Are there any limitations to AI 3D model generators?

While AI 3D model generators can be powerful tools, they do have some limitations. For example, they may struggle with complex or abstract concepts and may require some manual refinement to achieve the desired result. Additionally, the quality of the output can vary depending on the input data and the specific AI algorithm used.

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