Mappedin
generalIndoor maps with AI-powered floor planning
AI 3D tools generate, convert, and enhance three-dimensional assets using machine learning, reducing the manual modeling work typically required in traditional pipelines. This category includes 16 tools covering mesh generation from images, texture creation, avatar building, and spatial measurement. They are used by game developers, architects, e-commerce teams, and 3D printing enthusiasts.
Indoor maps with AI-powered floor planning
Remote access and monitoring for 3D printers
Generate 3D models from text or images with AI
Scan real objects into 3D models with your phone
AI body scanner that takes 2 photos and generates 100+ body measurements in 10 seconds
Convert photos to 3D models and physical keepsakes
LiDAR scanning and 3D capture
Transforms text or images into high-quality 3D models
AI platform for 3D, video, and animation creation
Converts 2D images to 3D models
AI-powered 3D floor planning and optimization
AI 3D model generation from 2D images
Convert SVG files to 3D models instantly
No-code 3D animation creation and export
AI platform for 3D visual content
Mobile 360 virtual tours for real estate
The tools split roughly into two groups: those that create 3D assets from 2D inputs (photos, sketches, or text prompts) and those that add to or refine existing 3D workflows, such as texture generators or measurement tools. Output format compatibility matters here, check whether the tool exports to formats your pipeline already uses, like OBJ, GLB, or FBX, before committing to a workflow. Quality consistency is a known limitation in AI-generated meshes; most tools produce results that need cleanup in a proper 3D editor before professional use. Pricing varies from free tools with resolution limits to paid plans for higher-quality exports or commercial licenses. Teams working on real-time applications, such as game assets or AR, should pay close attention to polygon count and texture resolution caps. For those just starting, free or trial tiers are a practical way to test whether a tool's output style suits your project.