Describe the scene before the code
Name the camera view, focal object, and interaction in the brief. That gives the first 3D scene a clearer purpose than a list of visual effects.
Create an interactive 3D website with Three.js
Start with a product view, portfolio, or browser scene.
Describe what visitors should see and do. Set the camera, key objects, and one interaction, then review the generated Three.js experience in a browser.
Get started with
- Free starter credits
- No coding required
- Review cost before generating
- Runs in your browser
Pick a starting point
Choose a Three.js project to explore
Let visitors inspect one product
Put one product at the center of the scene. Decide which angle matters, what detail visitors should notice, and whether a hotspot adds useful context.
Prompt
Create a browser-based 3D product showcase for a compact desk lamp. Place it on a clean dark plinth, use a slow turntable view, and add two clickable hotspots: one for the adjustable arm and one for the light settings. Keep the product large enough to inspect on a laptop screen.
- Keep the featured object easy to see.
- Use hotspots only for details worth explaining.
- Check whether the controls are clear without instructions.
3D product showcase ↗Why SEELE
What a focused 3D scene helps you test
Make a product view easier to assess
Choose the angle and details a visitor needs to inspect. Then check whether the object remains clear at the size and screen width you expect.
Give a portfolio a readable order
Arrange projects so visitors can scan names and open the work they want to see. Depth should help organize the page, not bury the navigation.
Test one interaction at a time
Start with a rotation, hotspot, or selection. Check that it responds as expected before adding more controls.
Review the experience in a browser
Try the scene with a mouse, keyboard, and the screen sizes your audience uses. Note where controls, text, or the main object become hard to find.
Check performance on the target device
3D scenes can feel different across devices. Test the actual build, watch for slow rendering, and simplify geometry or effects when needed.
Who it’s for
Who this Three.js editor can help
Web developers
Use a written brief to explore a Three.js scene, then inspect the generated code and adapt it to the site’s existing structure and constraints.
AI Game Maker with Code ↗
Designers and portfolio creators
Try a spatial layout for project work while keeping headings, navigation, and case-study links easy to read.
AI Portfolio Generator ↗
Product teams
Explore a browser-based product view and decide which angles, details, and interactions deserve a closer review.
3D AI Game Maker ↗Compare
Prompt-led scene or manual build
How SEELE AI's Three.js editor compares to other 3D website builders.
| Feature | Start from a written scene brief | Build a Three.js scene manually |
|---|---|---|
| First input | Describe the visitor, focal object, and interaction | Set up the project and scene structure |
| Visual direction | Give the scene a camera, layout, and a few key details | Choose these details while building the scene |
| First review | Inspect whether the object and controls read clearly in a browser | Review the scene as its geometry and interactions take shape |
| Iteration | Ask for a focused change, then compare the updated result | Edit the relevant code or assets directly |
| Before publishing | Test performance, accessibility, and browser behavior on target devices | Run the same checks against the completed implementation |
Reviews
Creator videos about SEELE AI
More Create pages
Game development guides
Three.js Games: Complete Guide with Examples & Tipsqingmaomaomao · February 03, 2026Three.js Games: Complete Guide for 2026 | SEELE AISeele Editorial Team · 2026-02-06Website Builders in 2026: From Canva to AI-Powered Solutionsqingmaomaomao · February 02, 2026
Game creation tools
3D Character Animation Toolkit & GeneratorAI Story Character Generator for Interactive GamesAI Character Creator for Games and Interactive WorldsCharacter Interactive Scene MakerLow Poly Converter OnlineAI 3D Prop Generator Online
Three.js and WebGL terms
Three.jsWebGL3D scenecamera viewscene graphmeshmateriallightinginteractiontexturebrowser renderingreduced motion
FAQ
Three.js editor questions
What is a Three.js AI generator?
A Three.js AI generator turns a written description into a starting point for an interactive 3D web experience. SEELE can generate Three.js code and 3D assets for scenes such as product showcases, portfolios, and browser games.
Can I create a 3D website with a text prompt?
Yes. Describe the page, focal object, camera, and interaction you want to explore. Review the generated browser experience and adjust the brief when the layout or behavior needs work.
Do I need to know Three.js to try the editor?
You can start with a plain-language description. If you plan to customize or publish the result, review the generated code and test it in the environment where it will run.
What can I create with a Three.js generator?
Try an interactive product view, a portfolio scene, a WebGL background, or a small browser game. Choose one clear visitor action so the first scene is easy to evaluate.
What should a Three.js prompt include?
Describe the audience, camera view, focal objects, and the action visitors can take. Add a layout or device constraint when it affects how the scene should work.
Can I use Three.js for a product showcase?
Yes. A browser-based 3D showcase can help visitors inspect a product from different angles. Decide which details matter and test whether the controls remain easy to use.
Can I use a 3D scene on a portfolio website?
Yes. A 3D scene can frame portfolio projects, but titles, navigation, and project links should remain easy to read and use. Test the layout with the scene enabled and on smaller screens.
Can I make a browser game with Three.js?
Three.js can render interactive 3D browser experiences, including game scenes. Define the player action and success condition, then test controls and feedback in the target browser.
How do I make a Three.js scene load faster?
Inspect the scene on the devices you support. Reduce unnecessary geometry, texture sizes, lighting, and effects, and measure the result in the browser rather than assuming an optimization helped.
Will a Three.js scene work on mobile?
It depends on the scene and the device. Test the actual build on representative phones, check touch controls and text sizing, and simplify the scene if performance or usability suffers.
Can I export the generated Three.js project?
SEELE’s Three.js page describes browser-ready project output. Check the current Workspace export options and inspect the project files before choosing a hosting or deployment workflow.
Can I add my own 3D model?
Check the current Workspace options for supported asset inputs. When using a custom model, review its file size, materials, scale, and rights before adding it to a public page.
Is generated Three.js code ready for production?
Treat generated code as a starting point. Review dependencies, accessibility, security, browser behavior, and performance, then test the complete page before publishing.
How is Three.js different from WebGL?
WebGL is a browser API for rendering graphics; Three.js is a JavaScript library that provides a higher-level way to build 3D scenes using WebGL. The right choice depends on the project and the control you need.