面向游戏可用资产的 AI 3D 工作流
面向游戏可用资产的 AI 3D 工作流
覆盖 image-to-3D 生成、Unity / Unreal 清理、retopology automation、ghost collision 和 physics-ready 3D assets 的实操指南。
Best Image Blaster Alternatives: AI 3D Models Compared
Compare the best Image Blaster alternatives for image-to-3D models, GLB assets, 3D scenes, game assets, and AI 3D workflows.
Image Blaster API Keys: The Developer's Setup Guide
Configure your Image Blaster API keys (FAL_KEY, WORLD_LABS_API_KEY, ELEVENLABS_API_KEY). Avoid cost overruns, handle key fallbacks, and optimize 3D synthesis.
What Is Image Blaster? The AI 3D Workflow Explained
Learn what Image Blaster is, how it works with Claude, FAL, and World Labs, and how it turns images into 3D scenes, meshes, and assets.
Why Your AI-Generated 3D Assets Look Great in Preview but Break in Blender
AI-generated 3D models look stunning in browser previews. Import them into Blender and reality hits: messy topology, wrong scale, missing UVs, broken colliders. This is the AI-to-Blender workflow gap. Here's how Physics-Ready 3D assets fix it.
Tripo 3D vs Hunyuan 3D vs Marble: Which AI 3D Generator Actually Produces Game-Ready Assets in 2026?
Tripo 3D and Tencent Hunyuan 3D both generate beautiful AI 3D models. But when you need game-ready assets with colliders, clean topology, and physics compatibility, which one delivers? We tested both against Marble 3D AI.
Ghost Collision 是什么？为什么 Unity / Unreal 总会撞到“空气墙”？
角色明明走在平地上，却总被看不见的障碍卡住？这通常不是引擎随机出错，而是 Ghost Collision：视觉网格和物理碰撞边界不一致。本文讲清 Unity / Unreal 中 ghost collision 的常见来源、排查方法，以及为什么更接近 Physics-Ready 的 3D 资产能从源头减少空气墙问题。
Unity AI 3D 模型穿模怎么修？一篇讲清 Collider、重心与 Physics-Ready 工作流
AI 生成的 3D 模型导入 Unity 后总穿墙、穿地或碰撞异常？这篇文章用 5 个排查点讲清 collider、重心与 topology 问题，并给出比手动修复更快的 Physics-Ready 工作流。
The 12-Minute Trap: Why Manual Retopology Kills Workflow & How to Automate It (2026 Guide)
Does every AI model need 12 minutes of manual cleanup? We expose the hidden 'Retopology Trap'. From vertex hunting (ZBrush/Blender) to instant automation, learn how Marble 3D AI turns 12 minutes into 0, freeing you from technical drudgery.
独立开发者的隐形时间杀手：为什么 3D 资产后处理会吞掉 70% 开发时间？
AI 生成 3D 资产看起来很快，真正拖慢独立开发者的往往是生成后的后处理：清理拓扑、补 collider、调重心、反复导入测试。本文拆解 3D 资产后处理为什么会吞掉大量开发时间，以及更可扩展的 Physics-Ready 工作流是什么。
什么是 Physics-Ready 3D？为什么 AI 生成模型总卡在“最后一公里”
很多 AI 3D 模型看起来很漂亮，但导入 Unity/Unreal 后仍要手动补 collider、修 topology、调重心。这篇文章讲清 Physics-Ready 3D 的定义、最后一公里问题，以及 Marble 如何把模型变成可直接落地的资产。
Physics-Ready 3D 是怎么做出来的？Marble 空间一致性引擎详解
Marble 的空间一致性引擎不是只生成更好看的 3D 模型，而是尽量把 collider、重心、结构完整性与导出一致性前置处理，让资产更接近 Unity/Unreal 可直接使用的 Physics-Ready 状态。本文拆解它解决的问题、核心模块与适用场景。