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Specialised Sub-Service
Web Development & WebGL
3D Visualization

3D Web Visualization & Interactive Assets

High-Performance WebGL & Three.js Experiences for B2B Industry & Software

We transform complex industrial equipment and abstract software systems into captivating, interactive WebGL experiences. Lightning-fast load times, steady 60 FPS, and seamless integration into modern Next.js architectures—without compromising Google Core Web Vitals.

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Trusted by 40+ B2B companies

Realtime 3D Without Latency Penalties

We combine the spatial fascination of realtime 3D visualization with the uncompromising speed demanded by Google Core Web Vitals.

Verified Metric
60 FPS
guaranteed fluid rendering even on entry-level mobile devices through radical CAD decimation.
Core Challenge & Solution

When static 2D imagery fails to convey sophisticated engineering.

Manufacturers of advanced machinery lose deals when 2D photography cannot articulate internal engineering genius. Meanwhile, conventional 3D studios output 80MB files that crash mobile browsers.

OJ
“3D on the web almost always fails due to data bloat. Our core engineering strength is optimizing heavy industrial CAD models to run effortlessly at 60 FPS in Next.js without degrading visual precision.”
Olivier Jacob·Founder & Technical Director
Architecture Framework

The Realtime 3D Pipeline

Our 4-stage engineering pipeline fuses photorealistic material fidelity with zero-compromise web speed:

01

CAD Retopology & Decimation

Reducing superfluous polygon count by up to 95% while retaining crisp mechanical silhouette lines.

02

PBR Texture Baking

Baking complex shadow and reflection maps directly into texture channels to preserve mobile device battery life.

03

Draco & Meshopt Compression

Mathematical binary geometry compression enabling instant global delivery via edge CDN networks.

04

Progressive WebGL Hydration

Asynchronously mounting the 3D canvas so textual DOM content renders immediately while WebGL initialises.

Tangible Outputs

Concrete Deliverables & 100% IP Ownership

No vague consulting buzzwords. Upon delivery, you maintain 100% ownership of your codebase, design tokens, telemetry pipelines, and documentation.

Supported Execution Stack
Three.jsReact Three FiberBlenderSplineDraco CompressionNext.js
3D Asset01

glTF/GLB Asset Master

Draco-compressed, PBR-textured 3D binary file optimized for sub-second web delivery.

100% IP Ownership
Next.js02

React Three Fiber Component

Modular Next.js component pre-wired with lighting, orbit controls, and interaction handlers.

100% IP Ownership
UX03

Interactive Hotspot Module

Clickable spatial annotation coordinates revealing specifications and component data overlays.

100% IP Ownership
Safety04

Resilient Fallback Asset

Automated high-fidelity fallback rendering ensuring graceful degradation on legacy devices.

100% IP Ownership

Measurable Benchmark Telemetry

SLA AUDITABLE
CAD Payload Reduction
-95%
Draco compressed
Target Mobile Framerate
60 FPS
Smooth performance
Core Web Vitals Pass
100%
Zero penalty
Project Fit Matrix

Who This Service Is Designed For

Ideal for your organization if:

  • Industrial automation and machinery manufacturers with complex mechanical assemblies
  • Medical technology and hardware developers requiring spatial product demonstrations
  • B2B SaaS enterprises seeking to visualize abstract cloud architectures in 3D

Not suitable if:

  • Text-heavy blogs without technical physical or digital products
  • Clients seeking pre-rendered 4K cinema commercials rather than realtime web 3D
Transparent Pricing

Engagement Models & Delivery Sprints

Fixed Scope Packages
2–3 Weeks

3D Hero Model Sprint

CAD decimation, 360° interactive viewer, and Next.js embed

Package Investment:
glTF model, R3F component, responsive fallback
100% Investment Security
Inquire Scope
Most Popular
4–6 Weeks

Full Interactive Exploded View

Multi-part mechanical animation, hotspot annotations, and configurator logic

Package Investment:
Engineered 3D interface, state logic, performance SLA verification
100% Investment Security
Inquire Scope
Predictable Execution

Our 4-Step Engineering Process

01

CAD Audit & Technical Feasibility

Auditing raw engineering CAD assets (STEP, IGES, SolidWorks) and defining target polygon and memory budgets.

02

Retopology & Decimation

Geometry cleanup and decimation in Blender/Maya engineered for lightweight web export in glTF/GLB formats.

03

PBR Materialization & Baking

Physically Based Rendering calibration and ambient occlusion baking to eliminate costly real-time GPU shader passes.

04

Next.js Integration & 60 FPS Tuning

Deployment via React Three Fiber/Spline, comprehensive Core Web Vitals audit, and mobile frame-rate optimization.

Direct Answers

Frequently Asked Questions (FAQ)

What initial CAD asset formats are required?
Standardized CAD exchange formats such as STEP, STP, OBJ, FBX, or STL are ideal. If no CAD models exist, our artists recreate components from technical drawings and high-resolution photography.
Do interactive 3D models perform smoothly on mobile smartphones?
Yes. Through strict polygon budgets and baked PBR maps, we guarantee a stable 60 FPS experience on iOS and Android devices without battery drain.
Does 3D web content improve search engine optimization?
Significantly. Interactive 3D visualizers multiply user dwell time—a verified user satisfaction signal for Google. Furthermore, we mark up models using Schema.org 3DModel metadata.
What happens if a user's browser lacks WebGL support?
Our engine detects legacy hardware and gracefully degrades to high-resolution WebP/AVIF renderings or optimized video loops with zero layout shift.

Bring your industrial engineering to life in the browser.

Let us engineer your CAD data into high-performance 3D web assets – engineered precisely to match your commercial objectives.

Joint Projects

100% GDPR Compliant
ISO 27001 Standard
German Engineering