Performance Planned First
Budgets for triangles, textures and download size are agreed before modeling starts.
Three.js Development Services for 3D on the Web
We design and build Three.js applications that run smoothly in the browser, from product configurators and virtual showrooms to 3D dashboards, with performance planned for the devices your customers use.
Introduction
What a Three.js Project Needs to Succeed
A Three.js project succeeds when the 3D scene loads fast on an ordinary phone and helps the user decide something. Good looks on a designer's laptop are not enough.
Most agencies start with visuals and fix speed later. We do it the other way round with our Frame Budget Method. Before any modeling begins, we set limits for triangle count, draw calls, texture memory and download size based on the devices your audience actually uses. Every model, shader and animation is then built to fit those limits.
Performance budgets set per device before design starts
Optimized glTF models with compressed geometry and textures
Integration with React, Next.js, Angular and Vue front ends
Custom shaders where standard materials fall short
Security and Compliance
Secure 3D Applications for Regulated Industries
Security in 3D work matters most when 3D scenes display customer, medical or operational data. We keep sensitive data on the server, load only what each user is allowed to see, and make model files and APIs harder to scrape. Our processes follow the HIPAA, ISO 27001 and SOC 2 controls shown below.
Three.js Services
Three.js Development Services We Offer
Custom Three.js Web Applications
We build complete web applications with Three.js at the core, from scene setup and camera controls to user interface, data and hosting. Typical examples are planning tools, interactive maps of facilities and browser based design tools.
Work starts with the Frame Budget Method, so performance targets are fixed before visuals are designed.
What you get
- A tested Three.js codebase with clear scene structure
- Loading screens and fallbacks for low power devices
- Analytics on how users interact with the 3D view
Custom Three.js Web Applications
We build complete web applications with Three.js at the core, from scene setup and camera controls to user interface, data and hosting. Typical examples are planning tools, interactive maps of facilities and browser based design tools.
Work starts with the Frame Budget Method, so performance targets are fixed before visuals are designed.
What you get
- A tested Three.js codebase with clear scene structure
- Loading screens and fallbacks for low power devices
- Analytics on how users interact with the 3D view
Why Pattem Digital
Why Teams Choose Pattem Digital for Three.js
Tested on Real Devices
We test on the phones, tablets and browsers your customers actually use.
Connected to Your Systems
3D views read from your catalog, CMS, IoT platform or APIs.
Design and Code Together
3D artists and developers work in one team, so assets fit the code from day one.
Accessible Fallbacks
Every 3D feature has a usable alternative for older devices and assistive technology.
Measured Outcomes
We track how users interact with the 3D view, so you can see what it adds.
3D That Loads Fast and Helps Buyers Decide
Three.js Full Stack
Three.js Stacks We Build With
Three.js draws the scene. Everything around it, from the interface framework to the data layer, decides how easy the product is to grow and maintain. We choose the stack based on your existing systems and team skills. The pairings below come from client projects.
Three.js + React + WebGL
React manages the interface and state while Three.js renders the scene. A good fit for teams already working in React.
Three.js + Next.js + Node.js
Next.js renders text content on the server for search engines, while the 3D layer loads in the browser.
Three.js + Angular + REST APIs
A structured option for enterprise teams that standardize on Angular and existing REST services.
Three.js + Vue.js + GraphQL
Vue for the interface and GraphQL for data, so each 3D view requests only the fields it needs.
Three.js + WebXR + Babylon.js
Used for augmented and virtual reality in the browser. We choose Three.js or Babylon.js per project based on the features required.
Three.js + TypeScript + Express.js
TypeScript keeps scene code safe to change, and Express provides a simple API layer.
Three.js + React Three Fiber + Redux
React Three Fiber describes 3D scenes as React components, with Redux holding application state for complex tools.
Three.js + D3.js + WebSocket
D3 prepares and scales data, Three.js renders it in 3D, and WebSocket streams live updates.
Engineering Standards
How We Keep Three.js Code Maintainable
3D code becomes hard to change quickly if scene setup, assets and business logic are mixed together. We keep them apart. Scenes are built from small modules, assets go through a defined pipeline, and every change runs automated checks for errors and frame rate before release.
Clear Scene Structure
Scenes, assets and logic sit in separate modules that are easy to find and change.
Automated Checks
Tests and performance checks run on every change before it reaches users.
Reusable Components
Cameras, controls and loaders are reused across scenes, so new features ship faster.
Documented Pipelines
Asset and build steps are written down so your team can add new models without us.
Three.js Developers
Hire Three.js Developers
Add Three.js engineers and 3D artists to your team, or give us a complete project. We agree on scope, performance targets and review points at the start, then show working builds every sprint.
Staff Augmentation
A Three.js engineer or 3D artist joins your squad for as long as you need.
Build Operate Transfer
We build and run a 3D development team, then transfer it to your organization when you are ready.
Offshore Development
A dedicated offshore Three.js team works as an extension of your product group.
Product Development
We take full ownership of a Three.js product, from prototype to release.
Global Capability Centre
We help you set up a capability center with 3D and front end skills.
Managed Services
We run and support your Three.js applications under agreed service levels.
Capabilities of Our Three.js Team
Performance budgets and device testing
glTF asset optimization and pipelines
Ecommerce, CMS and IoT integrations
WebXR augmented and virtual reality
Need Three.js developers who understand both 3D and web performance? Tell us about your project.
Explore Our Services
There are more service we provide
AngularJS Development
AngularJS services help enterprises build stable scalable web applications that support complex business flows.
React JS Development
Our React JS services help enterprises build scalable user interfaces that support complex workflows and growth.
Next JS Development
Next.js services help enterprises build fast SEO ready applications that back scalability and user experiences.
Vue JS Development
Vue JS services help enterprises streamline processes, unify data, and support reliable, scalable business operations.
Svelte Development Services
We build Svelte applications that deliver fast, reactive interfaces with minimal code for scalable web experiences.
Progressive Web App Development
Pattem Digital makes PWAs that provide app-like speed, offline access, and reliable performance across devices.
Contact Us
Connect With Our Experts
Connect with Pattem Digital to navigate challenges and unlock growth opportunities. Let our experts craft strategies that drive innovation, efficiency, and success for your business.
Connect instantly
business@pattemdigital.com
99013 37558
Common Queries
Frequently Asked Questions
Still deciding whether 3D is right for your product? Send us your questions.
Cost depends on the number and complexity of 3D models, the interactions required and the systems the scene connects to. A single product viewer is a small project, while a configurator tied to an ecommerce catalog or a live digital twin is larger. We give a written estimate after a short discovery call.
A focused feature such as a product viewer can ship in a few weeks. Configurators, walkthroughs and simulations with integrations take longer, especially when our UX research team runs user testing.
It does not have to. We set a performance budget before design, compress every asset and load the 3D layer after the main page content. Assets are served from a CDN planned with our cloud consulting services team, and users on slow connections get a static fallback.
Yes. Configurators and showrooms can read prices, options and stock from your platform and send the chosen configuration to the cart. Content teams can update text and hotspots from the CMS, set up by our CMS team.
Yes. Our team can model products from drawings or photos, or optimize your existing CAD and design files for the web, working with our product design team.
For product views, configurators, dashboards and walkthroughs, Three.js usually gives smaller downloads and fits better into a normal website. A game engine makes more sense for complex games or simulations that also need native apps.
We add analytics to the 3D view, such as time spent, options tried and clicks to cart, and compare them with the same pages without 3D.
Explore
Insights
Articles from our 3D and front end teams on Three.js performance, configurators and WebXR.
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