FiberDepth’s Industrial 3D Configurator is a high-performance R&D engine designed to bring complex engineering workflows into the browser. By combining WebGL with custom spatial assembly logic, we created a "Drag-and-Build" environment where structural profiles are treated as intelligent objects rather than just 3D models. This tool demonstrates our ability to bridge the gap between creative 3D rendering such as "Precision Snapping" and industrial design.
Standard 3D viewers are passive. The challenge for this project was to move from viewing to engineering. We needed to solve:
To ensure every assembly is manufacturing-ready, FiberDepth runs real-time spatial calculations based on industrial engineering standards:
Calculates the exact distance between connection nodes to trigger a mathematical "lock."
d = √(Δx² + Δy² + Δz²)Recalculates attachment vectors during 90°, 180°, or 270° rotations to maintain structural integrity.
| Feature | Technical Implementation | Business Value |
|---|---|---|
| Smart Snap Technology | Automated alignment for Top, Bottom, Left, and Right connection nodes. | Eliminates human error in assembly. |
| Angular Logic Engine | Precise rotation-aware attachment points (90°, 180°, etc.). | Supports complex structural framing. |
| Modular Grouping | Users can select, group, and duplicate entire structural modules. | Speeds up the design of large-scale frames. |
| Scalable Profile Library | Dynamic support for 40x40, 40x80, 50x50, and 100x100 profiles. | Highly adaptable to any manufacturer's catalog. |
Core: React Three Fiber (R3F) & Three.js
Rendering: Custom WebGL shaders for industrial material realism
Logic: Custom TypeScript-based spatial constraint system for 3D manipulation
Let's discuss how FiberDepth can transform your customer experience with interactive Web based cad engine.
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