AI skapar supersnabba 3D-modeller för spel
AI revolutionerar spelutveckling genom att generera 3D-modeller på sekunder från text eller bilder – vilket sparar timmar av manuellt arbete. Lär dig om de bästa AI-verktygen 2025 som Meshy, Sloyd och Ludo, och hur stora spelstudior använder dem för att påskynda kreativa arbetsflöden.
Modern spelutveckling kräver stora mängder 3D-tillgångar – från karaktärer och vapen till landskap och rekvisita. Traditionellt kunde skapandet av en enda högkvalitativ 3D-modell ta timmar eller till och med dagar av skickligt arbete. AI-driven modellering förändrar nu spelbranschen. Nya generativa tekniker (som text-till-3D och bild-till-3D) låter utvecklare skapa detaljerade 3D-tillgångar på sekunder eller minuter istället för timmar.
Hur AI genererar 3D-speltillgångar
AI genererar 3D-modeller med avancerade neurala nätverk och stora dataset av befintliga 3D-former och texturer. Två huvudsakliga metoder dominerar området:
Text-till-3D
Bild-till-3D
Under ytan använder dessa system ofta diffusionsmodeller eller Neural Radiance Fields (NeRFs) för att bygga 3D-geometri och färg från 2D-promptar. OpenAI:s Point-E-system genererar till exempel först en 2D-vy från texten och konstruerar sedan ett 3D-punktmoln – hela processen tar cirka 1–2 minuter. Nyckeln är att AI lär sig hur former och färger samverkar i objekt, vilket gör att den kan syntetisera helt nya tillgångar "från grunden" när den är tränad.
Moderna AI-verktyg låter dig skriva en prompt och omedelbart se en 3D-modell. Till exempel genererade Meshy AI:s text-till-3D-system ett detaljerat mossbeklätt medeltida hus från en enda prompt. Dessa modeller kan förhandsgranskas och förfinas inom sekunder.
— AI Game Development Practice
Bortom individuella modeller: Viss AI-forskning syftar till att bygga hela spelvärldar från text. Google DeepMinds Genie 3-världsmodell kan generera fullständiga 3D-miljöer som användare kan utforska i realtid. En designer kan ge en prompt som "snöig bergsby" och se en hel interaktiv scen dyka upp, fylld med byggnader, träd och NPC:er. Även om det fortfarande är i ett tidigt skede visar detta hur AI dramatiskt kan påskynda både tillgångsskapande och nivådesign för spel.
Viktiga fördelar
Dramatisk hastighetsökning
Det som tidigare tog timmar av manuellt modellarbete sker nu på minuter eller mindre.
- Uppgifter som traditionellt tog dagar tar nu minuter
- 90 % av spelstudior använder AI i arbetsflöden
- 95 % rapporterar automatisering av repetitiva uppgifter
Stilkonsekvens
AI-plattformar låter dig styra konststilen så att alla genererade modeller matchar spelets estetik.
- Flera variationer i samma visuella stil
- Förhindrar visuella krockar i spelvärlden
- Automatiserad scenmontering och placering
Demokratiserat skapande
Mindre team och indieutvecklare kan nu producera kvalitativa 3D-tillgångar utan års erfarenhet.
- Minimal skicklighet krävs för bra resultat
- Jämnar ut spelplanen för solo-skapare
- Minskar modellkostnader med upp till ~90 %
Praktiskt arbetsflöde: I praktiken används AI för att snabbt generera platshållare eller prototyptillgångar för att snabbt testa spelmekanik. Till exempel kan ett indie-team beskriva ett sci-fi-vapen eller ett fantasiträd och få en AI att spotta ut en grov 3D-modell på sekunder. Denna platshållare låter dem fokusera på spel-logik och iterera snabbt, för att sedan förfina tillgången senare vid behov.
Spelutvecklare kan skriva en beskrivning och få en texturerad modell omedelbart. Till exempel låter Ludo.ai:s 3D Asset Generator en användare skriva "häst med cybernetiska implantat" och AI:n producerar en spelklar hästmodell direkt. Detta möjliggör snabb prototypframställning utan manuell skulptering.
— AI Game Asset Generation Practice
Populära AI-verktyg för 3D-modellering
Several specialized AI tools and platforms have emerged to make 3D game asset creation easier:
Sloyd.ai
Application Information
| Developer | Sloyd team, co-founded by Øyvind Sørøy, Andreas Edesberg, Avi Latner, and Noam Tzionit, with a team of 3D artists and engineers |
| Supported Platforms |
|
| Language Support | English-language interface; available globally |
| Pricing Model | Freemium — free plan available; paid tiers (Plus, Pro, Enterprise) for advanced features and API usage |
Overview
Sloyd.ai is a next-generation 3D creation platform that combines parametric modeling with generative AI to help creators rapidly produce game-ready 3D assets. Without requiring traditional 3D modeling skills, users can generate props, architecture, characters, and other objects by combining text prompts, image references, and customizable templates. All output meshes are optimized for game engines with clean topology, UV mapping, and LOD support. Sloyd also provides an API/SDK for real-time asset generation inside games and applications.
Key Features
Create 3D models from text descriptions or reference images in seconds.
- Text-to-3D conversion
- Image-to-3D conversion
Customize predefined 3D templates using intuitive sliders and toggles.
- Furniture, buildings, props
- Precise control over shapes
Optimized meshes ready for immediate use in game engines.
- Clean topology and UV mapping
- LOD controls and polygon optimization
Generate models dynamically inside game engines via API/SDK.
- Unity and Unreal support
- Procedural content creation
Apply consistent styling across your models with presets or custom textures.
- Style presets library
- Custom texture training
Designed for creators of all skill levels to generate professional 3D models.
- Intuitive interface
- Beginner-friendly workflows
Download or Access
Getting Started
Sign up for a free Sloyd account on the web app to get started immediately.
Select from three creation methods: use parametric templates, generate from text prompts, or convert images to 3D models.
Adjust parameters, apply style presets, upload reference textures, and set mesh properties like polygon count and LOD levels.
View your model in real time and make adjustments to parameters or prompts until you're satisfied with the result.
Download your model in game-friendly formats (.obj, .glb, and more) for use in your projects.
Use Sloyd's API or SDK to generate assets dynamically at runtime inside Unity, Unreal, or other game engines.
Important Notes
- AI-generated output may require manual refinement and optimization for specific use cases
- The web-based editor requires a stable internet connection and modern browser performance
- Complex or large-scale runtime generation may require integration planning and custom licensing (Studio/Enterprise tiers)
- Commercial use is permitted across all plans; redistribution and reselling rights vary by tier
Frequently Asked Questions
Yes — Sloyd's plans include commercial use rights. Redistribution and reselling rights vary depending on your subscription tier.
You can export models as .obj, .glb, and other common formats that are compatible with major game engines like Unity and Unreal Engine.
Yes — Sloyd provides an API and SDK for runtime generation inside game engines like Unity and Unreal, enabling procedural and user-driven content creation.
Models generated from text or image prompts can be created in seconds to minutes, thanks to Sloyd's parametric engine combined with generative AI technology.
No — Sloyd is specifically designed for creators of all skill levels. You can generate and customize professional 3D models without any prior 3D modeling experience.
Meshy.ai
Application Information
| Developer | Meshy LLC |
| Supported Platforms | Web-based tool accessible on desktop and laptop browsers |
| Language Support | Multiple languages including English, Spanish, French, Chinese, Japanese, and more. Available globally. |
| Pricing Model | Freemium — Free plan (200 credits/month), Pro (~$20/month), Max (~$60/month), Max Unlimited (~$120/month), plus custom Enterprise plans |
General Overview
Meshy.ai is an AI-powered 3D generation platform that transforms text prompts or 2D images into high-quality, game-ready 3D models in seconds. Designed for game developers, designers, 3D printing enthusiasts, and creative professionals, Meshy eliminates the need for deep modeling expertise. With intelligent remeshing, AI-driven textures, and automatic rigging, the platform dramatically accelerates 3D asset production and supports seamless export to real-time game engines.
How It Works
Meshy.ai leverages advanced generative AI to simplify 3D model creation. Users input either text descriptions or reference images, and the platform generates detailed, textured 3D models optimized for real-time use. The smart remeshing engine lets you balance polygon count (1k to 300k triangles) to match your performance requirements.
For characters and organic models, Meshy offers automated rigging plus access to an animation library with 500+ game-ready movements. The AI-based texturing system generates PBR maps (diffuse, metallic, roughness, normal) from simple prompts or images. Integration with industry-standard workflows includes export to FBX, GLB, OBJ, STL, USDZ, and BLEND formats, plus native plugins for Unity, Unreal, Blender, Godot, and more.
Key Features
Transform natural language prompts or reference images (sketches, photos, concept art) into fully modeled 3D assets in seconds.
Generate PBR-ready textures including diffuse, normal, metallic, and roughness maps from text or image references.
Dynamically adjust mesh density from very low (1k) to very high (300k) triangle/quad counts to optimize for your needs.
Auto-rig characters and access 500+ game-ready animations including walk, jump, combat, and dance movements.
Handle 50+ simultaneous modeling and texturing tasks for efficient workflow management.
REST API and native plugins for Unity, Unreal, Blender, Godot, and other industry-standard tools.
Download or Access
Getting Started Guide
Go to the Meshy.ai website and explore the platform.
Sign up for a free account to access your monthly credits.
Text to 3D: Enter a descriptive prompt and submit. Image to 3D: Upload a reference image (sketch, photo) and convert.
Use the built-in Prompt Helper to optimize your descriptions for better results.
After the base model generates, apply AI texturing by providing a prompt or uploading an image to style the texture.
Use Smart Remesh to select the polygon count (1k–300k) that best suits your performance requirements.
For characters, apply automatic rigging and optionally assign an animation from Meshy's library.
Preview the model in your browser, make adjustments if needed, then export in your desired format (FBX, OBJ, GLB, STL, USDZ, BLEND).
Use the API or native plugin to import your generated 3D asset directly into Unity, Unreal, Blender, or your preferred game engine.
Important Limitations
- Complex prompts or images may generate results requiring refinement or manual cleanup
- Face geometry from image-to-3D conversions can occasionally produce distorted features
- Very high-density meshes or detailed textures may require powerful hardware to process after download
Frequently Asked Questions
Yes, you can own and use generated assets commercially depending on your pricing tier. Commercial rights are included with all paid plans.
Meshy.ai supports FBX, GLB, OBJ, STL, 3MF, USDZ, and BLEND formats, ensuring compatibility with most 3D tools and game engines.
Yes, Meshy.ai provides a REST API and native plugins for Unity, Unreal, Blender, Godot, and other industry-standard engines, enabling seamless asset generation and import.
Meshy provides a library of 500+ game-ready animations, including walk, jump, combat, dance, and other common character movements.
No, Meshy.ai is designed to be beginner-friendly. You can generate professional 3D models purely from text or images without any manual mesh manipulation or modeling expertise required.
Ludo.ai
Application Information
| Developer | Ludo.ai — a company specializing in AI-powered game design and asset creation tools |
| Supported Platforms |
|
| Language Support | English interface; available globally |
| Pricing Model | Freemium — Free tier (30 credits), Indie ($15/month), Pro ($30/month), Studio ($160/month) |
Overview
Ludo.ai is an AI-powered platform that accelerates game development by generating production-ready 3D assets from text descriptions or images. It eliminates the need for traditional 3D modeling expertise, enabling developers to create textured, game-ready models in minutes. Perfect for rapid prototyping and concept exploration, Ludo.ai integrates seamlessly with the broader Ludo ecosystem of game development tools.
Key Capabilities
Ludo.ai's 3D Asset Generator leverages generative AI to transform simple inputs into fully realized 3D models. The 2025 update introduces multiple creation modes, giving developers flexible control:
Create 3D models from natural language descriptions with AI-powered interpretation.
Upload 2D images; Ludo.ai automatically removes backgrounds and infers 3D geometry.
Apply or regenerate PBR textures (albedo, metallic, roughness) using text prompts.
Modify asset shape or appearance with strength sliders and custom prompts.
Inspect generated models in real time with mesh and textured visualization modes.
Download in GLB (with textures), STL, PLY, OBJ, or OFF formats.
Access Ludo.ai
Getting Started
Sign up or log in to Ludo.ai via its website to access the 3D Asset Generator.
Choose from Text-to-3D, Image-to-3D, Texture Generation, or Model Variation based on your needs.
Enter a descriptive prompt (for text) or upload a clean reference image. Use the built-in image editor for masking and adjustments if needed.
Optionally adjust mesh detail (shape complexity) and texture resolution to optimize for your game engine.
Click Generate and wait for processing. For text-to-3D, Ludo.ai creates a 2D concept first, then converts it to 3D. Preview in the interactive viewer with textured, wireframe, or rotated views.
Re-texture or apply variations to existing models via the context menu for further customization.
Download the final model in your preferred format (GLB, OBJ, STL, PLY, or OFF) and integrate into your game engine.
Important Considerations
- Best for Prototyping: Generated models excel at rapid prototyping and early-stage visualization. Production-quality assets may require manual cleanup or re-topology.
- Two-Step Workflow: Text-to-3D involves a 2D generation phase followed by 3D conversion, which adds iteration time compared to direct 3D generation.
- Credit-Based Refinement: Re-texturing and mesh optimization consume credits, so plan your workflow accordingly.
- Commercial Use: Generated assets are available for commercial use depending on your subscription tier.
Frequently Asked Questions
Yes. Ludo.ai permits export and commercial use of generated assets, with availability depending on your credit tier and subscription plan.
Ludo.ai supports GLB (with embedded textures), STL, PLY, OBJ, and OFF formats, providing flexibility for different game engines and workflows.
No. Ludo.ai is specifically designed for creators without modeling skills. You can generate professional assets purely from text descriptions or reference images.
Yes. You can upload your own 3D models or use Ludo.ai-generated assets to re-texture them or create variations using the Model Variation tool.
CSM Cube (Common Sense Machines)
Application Information
| Developer | Common Sense Machines, Inc. |
| Supported Platforms |
|
| Language Support | English and Spanish in iOS app; globally available via CSM website |
| Pricing Model | Free tier available; credit-based in-app purchases for advanced features |
Overview
CSM Cube is an AI-powered 3D asset generation tool that transforms images, text, or sketches into production-ready 3D models in seconds. Using advanced neural networks combining diffusion, transformers, and neural radiance fields, Cube enables creators to generate textured meshes, refine them to HD quality, and automatically rig and animate characters—all without requiring advanced 3D modeling skills.
Key Features
Create 3D models from images, text descriptions, or sketches instantly.
Upgrade initial meshes to HD-quality models with enhanced geometry and texture detail.
Segment images into logical pieces for modular, cleanly separated meshes with optimized topology.
Apply or regenerate PBR textures via text guidance to enhance surface quality and realism.
Auto-rig humanoid models and apply pre-built animations or generate custom animations via text prompts.
Export to OBJ, glTF, USD, and more; compatible with Unity, Unreal, Blender, and industry-standard engines.
Download or Access
Getting Started
Visit the CSM Cube web app or download the Cube app from the App Store.
Select from Image to 3D, Text to 3D, or Parts-based & Asset Pack modes.
Upload your image(s) and customize mesh topology, polygon count, symmetry, and texture preferences.
Click Generate for fast preview ("turbo") or start a Refine session for higher-fidelity output.
Use the 3D viewer to examine your model in wireframe, texture, or combined mode. Optionally segment and regenerate parts.
Select humanoid options, choose from the animation library, or create custom animations using text prompts.
Export in your preferred format (OBJ, glTF, USD) for immediate use in your game engine or 3D application.
Important Considerations
Frequently Asked Questions
Yes — Cube is specifically designed for game-ready assets. All exported models can be used in commercial projects without restrictions.
Cube supports export to OBJ, glTF, USD, and other common 3D formats compatible with major game engines and 3D applications.
No — Cube is designed for creators of all skill levels. You can generate professional-quality models from simple images, sketches, or text descriptions without advanced 3D knowledge.
Basic generation ("turbo" mode) completes in seconds. High-quality refine sessions typically take several minutes, depending on your chosen settings and model complexity.
Yes — Cube automatically rigs humanoid meshes and provides access to a built-in animation library. You can also generate custom animations using text prompts for greater creative control.
Yes — Cube has a dedicated iOS app available for iPhone, iPad, and Mac computers with Apple Silicon (M1 or later).
3D AI Studio
Application Information
| Developer | 3D AI Studio team (3daistudio.com) |
| Supported Platforms |
|
| Language Support | English; globally accessible |
| Pricing Model | Paid subscription starting at US$14/month (Basic plan). Credit-based generation (~25 credits per task) |
Overview
3D AI Studio is an AI-powered platform that generates production-ready 3D models from text prompts or uploaded images. Designed for game developers, 3D artists, and designers, it eliminates traditional modeling workflows by producing textured, game-ready assets in minutes. The platform includes quad-remeshing, LOD generation, and multi-format export for seamless integration into Unity, Unreal Engine, and 3D printing pipelines.
Key Features
Generate 3D models by entering natural language prompts describing your desired object.
Upload a 2D image or sketch to instantly convert into a fully textured 3D model.
Automatically generate PBR-style textures including diffuse, normal, and roughness maps from prompts.
Clean topology and generate levels of detail for optimal performance in real-time engines.
Set real-world scale and pivot points for export-ready placement in your projects.
Export to FBX, GLB, OBJ, STL, USDZ, 3MF, and BLEND for compatibility across platforms.
Download or Access
Getting Started
Create an account or log in to the 3D AI Studio website to access the platform.
Select either Text to 3D (describe your object) or Image to 3D (upload a reference image).
Type a detailed prompt or upload your reference image to guide the AI generation process.
Choose your preferred model quality (e.g., "Prism Turbo" for speed or "Prism 3" for detail) to balance generation time and output quality.
Click "Generate" and wait for the AI to produce your model. Fast generations take 20–30 seconds; high-detail versions take 2–4 minutes.
Use the 3D viewer to examine your mesh and textures. Switch between wireframe and textured modes to verify quality.
Apply quad-remeshing or generate LODs if needed to optimize your model for production use.
Download your finished model in your chosen format (FBX, GLB, OBJ, etc.) for use in game engines or 3D pipelines.
Important Limitations
- Credit-Based Pricing: Each Text-to-3D or Image-to-3D generation costs approximately 25 credits per task.
- Generation Time: High-quality, detailed generations (Prism 3) can take several minutes to complete.
- Post-Processing Required: Some user feedback indicates mesh topology or texture results may need manual refinement for production-ready use.
- Scaling Costs: Heavy usage may require upgrading to a higher credit tier, increasing subscription expenses.
Frequently Asked Questions
3D AI Studio supports export to multiple industry-standard formats: FBX, GLB, OBJ, STL, USDZ, 3MF, and BLEND. This ensures compatibility with game engines (Unity, Unreal), 3D printing services, animation software, and other professional workflows.
Yes, the generated 3D models are export-ready and fully licensed for commercial use. You can integrate them into game development, animation projects, 3D printing, product visualization, and other commercial applications without restrictions.
Generation time depends on your quality settings. Fast (Turbo) generations complete in approximately 20–30 seconds, while higher-fidelity models (Prism 3) take 2–4 minutes. You can choose the speed/quality balance based on your project needs.
A standard Text-to-3D or Image-to-3D generation costs approximately 25 credits per task. Your subscription plan determines your monthly credit allowance. The Basic plan starts at US$14/month and includes a set number of credits for generations.
According to user reports, new users may receive a limited number of free generations to explore the platform. However, there is no long-term free-tier plan. After your trial credits are exhausted, you'll need to subscribe to a paid plan to continue using the service.
Masterpiece X
Application Information
| Developer | Masterpiece Studio |
| Supported Platforms |
|
| Language Support | English; accessible globally online |
| Pricing Model | Paid credits required for AI generation; limited free credits for new users |
Overview
Masterpiece X is an advanced AI-powered platform that enables creators to generate high-quality 3D models rapidly for games, animation, and virtual production. Transform text prompts or reference images into fully textured, rigged, and animated 3D assets. The platform features VR-based editing for intuitive reshaping, painting, and animation workflows. With API and SDK integration, developers can embed 3D generation into custom pipelines. All assets export as GLB files, ready for immediate use in game engines and 3D workflows.
Key Features
Create fully textured 3D models from descriptive text prompts instantly.
Generate 3D assets from sketches or reference images automatically.
Reshape meshes, paint textures, auto-rig, and animate in immersive virtual reality.
Integrate AI 3D generation into Python or Node.js custom workflows seamlessly.
Export as GLB format and share or remix models via the community library.
Download or Access
Getting Started
Sign up or log in at Masterpiece X online platform.
Select between Text-to-3D or Image-to-3D generation.
Enter a detailed text prompt or upload a reference image for generation.
For VR users, connect a Meta Quest headset to enter immersive editing mode.
Adjust mesh geometry, textures, rigging, and animation as desired.
Export the model as GLB format or share in the community library.
Important Notes & Limitations
- Export currently limited to GLB format; FBX and OBJ support coming soon
- High-detail assets may require manual refinement after generation
- Optimal performance recommended on desktop or VR hardware
Frequently Asked Questions
Yes, generated models are suitable for commercial use in games, animation, virtual production, and other professional projects.
Currently GLB format is supported. Additional formats including FBX and OBJ are planned for future releases.
No, the web version works without VR. However, VR significantly enhances editing, rigging, and animation workflows for a more intuitive experience.
New users receive limited free credits for testing and evaluation. Ongoing use requires paid credits based on your generation needs.
Yes, the platform provides Python and Node.js SDKs for seamless integration into custom applications and development workflows.
Anmärkningsvärda plattformar i ekosystemet:
- Luma AI – Använder NeRF-teknik för fotorealistiska 3D-modeller från bilder och video
- Kaedim – Konverterar 2D-konst till 3D-modeller optimerade för Unity och Unreal Engine
- Sketchfab – Erbjuder riktlinjer och integration för AI-genererat innehåll
- Blender-plugins – Anropar AI-generatorer direkt inom den populära 3D-mjukvaran
- Google Project Bernini – Intern lösning för AI-baserad 3D-formgenerering
Var och en av dessa AI-verktyg minskar utvecklingstiden dramatiskt. En designer kan iterera dussintals modellvariationer på den tid det tidigare tog att bygga en. De levererar tillgångar i standardiserade 3D-format (FBX, OBJ, glTF), redo att importeras till Unity, Unreal Engine eller andra spelmotorer.
Utmaningar och begränsningar
Trots hypen är dagens AI-modeller inte perfekta. Att förstå dessa begränsningar hjälper utvecklare att använda AI effektivt:
Variabel kvalitet
Många AI-genererade modeller behöver manuell efterbearbetning: fixa mesh-topologi, optimera UV-kartor eller polera texturer. Komplexa objekt (som fullt riggade karaktärer eller precisa mekaniska delar) är fortfarande svåra att få helt rätt utan en konstnärs hand. För närvarande är AI bäst på statisk rekvisita och miljöer – svärd, lådor, byggnader, scener – men har svårare med animerade karaktärer eller invecklad logik. Utvecklare noterar att AI-tillgångar kan ha extra vertex eller konstig geometri som kräver trimning (även om vissa verktyg inkluderar automatisk retopologi).
Kräver promptteknik
Kreativiteten kommer fortfarande från utvecklaren. Ett bra resultat kräver oftast en välformulerad prompt eller bildinmatning. Designers lär sig att skriva bättre promptar och iterera på dem för att få önskad stil och detaljrikedom. Till exempel inkluderar prompttips att specificera exakt stil eller dela upp en komplex tillgång i delar. AI är för närvarande en samarbetspartner, inte en helt automatiserad konstnär. Även verktyg som påstår sig skapa "direkt användbara" modeller levereras med redigerings- och riggningsverktyg för att förfina resultatet.
Arbetsflöde och juridiska frågor
Studior måste noggrant granska AI-tillgångar för upphovsrättsfrågor (beroende på träningsdata) och säkerställa att de uppfyller prestandakrav (polygonantal, texturstorlekar). Vissa plattformar har inbyggda kontroller (som Shutterstocks filter) för att garantera säker och högkvalitativ output. När AI-verktyg utvecklas anpassar spelteam också sina processer: avsätter tid för att granska AI-genererade tillgångar, justera dem och integrera dem konsekvent i spelet.
Slutsats
AI-driven 3D-modellering förändrar snabbt spelutvecklingen. Det som tidigare krävde expertmodellörer och långa deadlines kan nu ske på några ögonblick med rätt verktyg. Genom att använda textpromptar, bilder eller skisser kan utvecklare generera högkvalitativa tillgångar på sekunder till minuter – en spelväxlande acceleration av innehållspipelinen. Ledande plattformar som Sloyd, Meshy, Ludo och andra erbjuder redan dessa möjligheter, och teknikjättar som Google, NVIDIA och Autodesk driver fram gränserna med forskning och partnerskap.
Slutligen är AIs löfte att "låsa upp 1 miljard 3D-skapare", som branschledare uttrycker det – och göra skapandet av 3D-tillgångar lika enkelt som att skriva en mening.
Comments 0
Leave a Comment
No comments yet. Be the first to comment!