We build Three.js and React Three Fiber scenes for product configurators, virtual showrooms and 3D data views, engineered to hold a steady frame rate on phones as well as desktops.

3D product configuratorsOptimized 3D assetsCustom shaders

Start a project

013D product configurators

02Optimized 3D assets

01Our Approach

Every Three.js scene we ship has a frame budget, an optimized asset pipeline and a component structure your React team can maintain.

02Overview

Real-time 3D that runs on real devices

013D product configurators
02Optimized 3D assets
03Custom shaders

Three.js is a mature open-source library for 3D in the browser, and React Three Fiber lets us build with it as components inside a React application. We use them to create product configurators, showrooms, 3D heroes and data views, covering model preparation, materials and lighting, interaction, physics, post-processing and the interface around the canvas.

Choose Three.js when the experience is built from models, materials, cameras and lights, which describes most configurators and showrooms. Its scene graph, loaders and physically based materials save effort that raw WebGL would spend on plumbing. We go lower level only when a project needs a custom renderer or an unusually small bundle, and we tell you which case applies before work starts.

Talk to us about your project

03What We Do

Capabilities, End to End

Scene architecture

Scenes structured as React Three Fiber components with clear state, lazy loading and disposal of unused resources, so 3D features sit cleanly inside your existing React application.

Model and asset pipeline

CAD or artist models cleaned in Blender, converted to glTF, then compressed with Draco or Meshopt and KTX2 textures to keep downloads small and loading fast.

Materials and lighting

Physically based materials, environment maps and baked or real-time lighting tuned so products look accurate, including difficult surfaces such as glass, metal and fabric.

Interaction and physics

Orbit and guided cameras, raycast selection, drag controls, annotations and Rapier physics where objects need to collide, stack or respond to the user.

Shaders and post-processing

Custom GLSL materials and effects such as bloom, depth of field and ambient occlusion, applied selectively so visual quality does not cost you the frame rate.

Performance tuning

Draw call reduction, instancing, level of detail, texture budgets and on-demand rendering, profiled on mid-range phones and adjusted per device with quality tiers.

04Live In Your Browser

A Real Scene, Rendered Right Now

This is not a video. Your graphics card is drawing the scene as you read, and the controls below change it.

Live sceneProduct configurator

Triangles0

Draw calls1

Frame rate0 fps

Drag to rotate

Live configuration

Colors, materials and parts change instantly as the customer chooses options.

Cobalt

Compressed assets

Models and textures optimized so the first view appears without a long wait.

Quality tiers

Detail and effects scale down automatically on less capable devices.

Guided cameras

Camera moves that frame each feature, with free orbit when wanted.

05What You Receive

Handed Over, Ready to Run

SCROLL

Production Three.js or R3F codebase

Optimized glTF models and textures

Custom shader and material library

Configurator or scene state logic

Device quality tiers and fallbacks

Performance profile and budget report

Asset pipeline scripts and documentation

Full repository and deployment access

06How It Runs

From Kickoff to Launch

Define the scene

Prepare assets

Build and light

Profile and ship

Define the scene

We agree on what the user must see and do, review your models or CAD data, set target devices and a frame budget, and build a rough technical prototype to prove the riskiest part.

Prepare assets

Models are retopologized where needed, unwrapped, textured and exported to glTF with compression. We check each asset in the scene for scale, material accuracy and file size before it is accepted.

Build and light

We build the scene, cameras, interaction and interface in React Three Fiber, then tune materials, lighting and effects. You review working builds on a preview link throughout, on your own devices.

Profile and ship

We profile on real phones and laptops, cut draw calls and memory use, add quality tiers and a fallback for unsupported devices, then integrate the scene into your site or application.

07Technology

The Stack We Use

CoreThree.jsReact Three FiberDreiTypeScriptMotionGSAPTheatre.jsRapierLenisCoreThree.jsReact Three FiberDreiTypeScriptMotionGSAPTheatre.jsRapierLenis

RenderingWebGL 2WebGPUGLSLThree.js Shading LanguageAssetsBlenderglTFDracoKTX2glTF TransformRenderingWebGL 2WebGPUGLSLThree.js Shading LanguageAssetsBlenderglTFDracoKTX2glTF Transform

08Who It Is For

Built for Teams Like Yours

FLAGSHIP

Customers need to see and configure your product online

Photos and video cannot show every color, material and option you sell. You want a 3D view customers can rotate and configure in the browser, connected to your catalog and pricing, that loads quickly and still runs well on an ordinary phone.

3D product configurators

Virtual showrooms and walkthroughs

Interactive 3D data views

3D hero scenes for sites

Architectural and property visualization

Adding 3D to React apps

09Questions

What buyers ask before they start

If yours is not here, ask us directly. The first conversation is free and useful whether or not we work together.

Book a call

Use Three.js when your scene is made of models, materials, lights and cameras. It handles loaders, the scene graph and physically based rendering, so effort goes into your product instead of infrastructure. Raw WebGL or WebGPU makes sense for a custom rendering pipeline, heavy GPU computation or a very small standalone effect. Many projects mix both, with custom shaders inside a Three.js scene.

If your site or application is already built with React, React Three Fiber is usually the better fit. The scene becomes components that share state with the rest of the interface, which simplifies configurators and anything driven by application data. Plain Three.js suits non-React stacks, embeddable widgets and cases where you want no framework dependency. Rendering performance is comparable when either is written carefully.

Yes. CAD exports are usually far too heavy for the browser, so we convert and simplify them, rebuild the topology where needed, and create materials and textures suited to real-time rendering. Models made for offline renders or games need less work but still get optimized and compressed. If you have no models, we can produce them from reference photos, drawings or product specifications.

We set a frame budget and target devices at the start and profile against them throughout. The main techniques are compressed geometry and textures, fewer draw calls through instancing and merged meshes, level of detail, capped pixel ratio and rendering only when something changes. The scene detects device capability and selects a quality tier, and very old devices get a static fallback image.

That is the intent. The code is typed, organized into components and documented, including how to add a product variant, swap a model or adjust a material without touching the renderer. You receive the repository, the asset pipeline scripts and the source model files. We walk your developers through the codebase at hand-over and remain available for new features if you want us.

GuidesFree to use with any company