Custom 3D Swirl Logo Element for XUMO Expo Booth
Lightweight Sculptural Structure with Seamless Brand Integration
A large-scale sculptural interpretation of the XUMO brand element engineered as a floating 3D installation, designed to integrate into an exhibition booth while delivering high visual impact and efficient production.
| Parameter | Value |
|---|---|
| Location | Trade Show / Expo Environment (US) |
| Industry | Experiential / Media & Entertainment |
| Client Type | Brand / Exhibition Production TeamBrand / Exhibition Production Team |
| Product | Custom 3D Logo Element (Swirl) |
| Materials | EPS Foam + Hard Coating + Multi-Layer Paint System |
| Timeline | ~2–3 weeks |
| Budget Range | $ |
Project overview
This project involved the development and fabrication of a large-scale three-dimensional interpretation of the XUMO brand symbol, designed as a central visual element within an exhibition booth.
The installation needed to appear as a continuous flowing structure suspended within a defined frame, while maintaining precise geometry, clean color transitions, and seamless integration with lighting and surrounding booth architecture.
The final result delivers a dynamic, high-visibility brand feature that enhances spatial experience and audience engagement.
The Challenge
Context
- Custom brand element for exhibition environment
- High visibility focal point within booth
Constraints
- Complex curved geometry with continuous flow
- Multi-layered structure with precise alignment
- Integration with booth frame and lighting
- Requirement for lightweight suspended appearance
Risks
- Structural instability due to extended cantilevered form
- Misalignment of layered geometry
- Visible imperfections in smooth color gradients
- Difficult installation due to size and shape
The solution (Engineering approach)
Material System
- EPS foam core for lightweight sculptural volume
- Hard coating system for structural surface strength
- Multi-layer paint application for clean color separation
- Smooth finish optimized for lighting interaction
Structural System
- Internal reinforcement to maintain structural integrity
- Sectional support design integrated into frame system
- Load distribution across multiple anchor points
- Balanced structure enabling stable suspended appearance
Fabrication
- CNC-assisted shaping for primary geometry
- Multi-layer construction to achieve dimensional depth
- Precision assembly for continuous flow alignment
- Controlled finishing process for surface consistency
Customization
- Exact recreation of brand swirl geometry
- Multi-layer color segmentation
- Custom scale to fit booth dimensions
- Integration with LED frame and environment
System architecture
Layer Structure:
- EPS structural core (lightweight sculptural base)
- Reinforcement system (internal stabilization)
- Hard coating layer (impact + structural strength)
- Surface finishing layer (smoothing and detailing)
- Paint system (color precision and visual clarity)
👉 Result: Complex flowing structure with high dimensional accuracy and reduced weight.
Before / After (Adapted)
Pre-installation
- Individual sections fabricated and prepared for assembly
- Raw structural components before finishing
Final Result
- Fully assembled swirl integrated into booth frame
- Clean, continuous geometry with seamless transitions
- Strong visual focal point enhanced by lighting
Impementation process
Step 1 — Design (2–3 days)
- Geometry interpretation from 2D brand asset
- Scaling and spatial planning
- Integration with booth design
Step 2 — Engineering (2 days)
- Structural reinforcement planning
- Section breakdown for fabrication
- Load and support considerations
Step 3 — Fabrication (5–7 days)
- CNC shaping
- Assembly and alignment
- Surface refinement
Step 4 — Finishing (2–3 days)
- Coating application
- Precision painting
- Final detailing
Step 5 — Installation (1–2 days)
- Sectional assembly on site
- Integration into booth frame
- Alignment and final adjustments
Results (Key metrics)
- Up to 80–90% lighter than comparable solid structures
- Installation completed 2–3x faster than traditional fabrication methods
- Eliminated need for heavy structural support systems
- High-precision alignment across complex curved geometry
- Seamless integration with lighting and booth architecture
- Strong visual impact enhancing booth engagement
Value analysis (TCO)
| Parameter | Traditional Build | Foam-Based System |
|---|---|---|
| Weight | Heavy | Lightweight |
| Installation | Complex | Fast |
| Transport | Expensive | Efficient |
| Geometry | Limited | Highly flexible |
| Surface Finish | Variable | Controlled |
| Integration | Difficult | Seamless |
Compliance and engineering
- Designed for stable installation within exhibition environment
- Lightweight structure reducing load on booth framework
- Durable coated surface resistant to handling and transport
- Engineered for safe assembly and disassembly
Client feedback
“The installation translated the brand element into a physical form exactly as intended. The structure integrated seamlessly into the booth and became the main visual highlight of the space.”
— Exhibition Production Team
FAQ
Can complex curved brand elements be accurately reproduced in 3D?
Yes — CNC fabrication combined with layered construction allows precise replication of complex geometries.
How is structural stability achieved in suspended designs?
Internal reinforcement and distributed support points ensure stability while maintaining a lightweight structure.
Is the structure suitable for repeated installations?
Yes — sectional fabrication allows for transport, reuse, and reinstallation.
How does the finish perform under lighting conditions?
Smooth coated surfaces are optimized for lighting, ensuring clean reflections and consistent color appearance.
Can the installation be adapted to different booth sizes?
Yes — the system is fully scalable and can be adjusted to various spatial configurations.
