Bespoke 3D Swirl Branding Structure for XUMO Trade Show Exhibit

A High-Impact, Lightweight Sculptural Installation Built Around Brand Identity.

A large-format sculptural interpretation of the XUMO brand symbol engineered as a suspended 3D feature, created to integrate seamlessly into an exhibition booth while providing strong visual presence and efficient fabrication.

Location: Trade Show / Expo Environment (US)

Client: Brand / Exhibition Production TeamBrand / Exhibition Production Team

Industry: Experiential / Media & Entertainment

Product System: Custom 3D Logo Element (Swirl)

Materials: EPS Foam + Hard Coating + Multi-Layer Paint System

Timeline: ~2–3 weeks

PROJECT OVERVIEW

This project focused on the engineering and fabrication of a large-scale three-dimensional version of the XUMO brand swirl, designed as the primary visual centerpiece within an exhibition booth environment.

The installation was required to function as a continuous flowing structure suspended inside a framed architectural system while maintaining precise geometry, smooth color transitions, and seamless coordination with lighting elements and surrounding booth construction.

The completed installation delivers a visually dynamic brand feature that strengthens spatial impact and audience interaction within the booth environment.

THE CHALLENGE

Context

• Custom branded feature designed for exhibition use
• Central high-visibility focal element within the booth

Constraints

• Complex flowing geometry with continuous curves
• Multi-layer construction requiring exact alignment
• Integration with booth framing and lighting systems
• Requirement for a lightweight suspended appearance

Risks

• Structural movement caused by extended cantilevered sections
• Alignment inconsistencies between layered components
• Surface defects visible within smooth gradient finishes
• Installation complexity due to scale and geometry

THE SOLUTION (ENGINEERING APPROACH)

Material System

• EPS foam core for lightweight sculptural mass
• Hard coating system for increased surface durability
• Multi-layer paint application for precise color separation
• Smooth finishing optimized for interaction with lighting

Structural System

• Internal reinforcement system for structural stability
• Sectional support framework integrated into the booth frame
• Distributed load management across multiple anchor locations
• Balanced construction maintaining a floating visual effect

Fabrication

• CNC-assisted shaping for accurate primary geometry
• Multi-layer assembly process creating dimensional depth
• Precision alignment for seamless continuous flow
• Controlled finishing procedures for surface consistency

Customization

• Accurate recreation of the original brand swirl geometry
• Segmented multi-layer color detailing
• Custom sizing tailored to booth dimensions
• Full integration with LED frame systems and exhibition 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: A lightweight flowing structure with high dimensional accuracy and complex sculptural form.

BEFORE / AFTER COMPARISON

Pre-installation

• Individual structural sections fabricated and prepared for assembly
• Raw construction components before final finishing

Final Result

• Fully assembled swirl integrated into the exhibition booth frame
• Clean continuous geometry with seamless visual transitions
• Strong illuminated focal point enhanced by integrated lighting

IMPLEMENTATION PROCESS

Step 1 — Design (2–3 days)

• Interpretation of geometry from 2D brand artwork
• Scale development and spatial planning
• Coordination with booth architecture

Step 2 — Engineering (2 days)

• Structural reinforcement development
• Section breakdown for fabrication
• Support and load distribution planning

Step 3 — Fabrication (5–7 days)

• CNC shaping
• Assembly and alignment
• Surface refinement

Step 4 — Finishing (2–3 days)

• Coating application
• Precision paint work
• Final detailing

Step 5 — Installation (1–2 days)

• On-site sectional assembly
• Integration into booth frame
• Final positioning and alignment adjustments

RESULTS 

• Up to 80–90% lighter than comparable solid-built structures
• Installation completed 2–3x faster compared to traditional fabrication
• Eliminated the need for heavy structural support systems
• High-precision alignment across complex curved surfaces
• Seamless coordination with lighting and booth architecture
• Strong visual impact increasing booth engagement

VALUE ANALYSIS

COMPLIANCE & ENGINEERING

• Designed for stable installation within exhibition environments
• Lightweight construction reducing load on booth framework
• Durable coated finish resistant to transport and handling
• Engineered for safe assembly, disassembly, and reuse

CLIENT IMPACT

“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 enables precise reproduction of complex curved geometries.

How is stability maintained in suspended installations?

Internal reinforcement systems and distributed support points provide structural stability while preserving a lightweight appearance.

Can the structure be reused for future events?

Yes — the sectional fabrication method allows efficient transport, reuse, and repeated installation.

How does the surface finish perform under lighting?

The smooth coated surfaces are optimized for lighting interaction, producing clean reflections and consistent color appearance.

Can the installation be adapted to different booth dimensions?

Yes — the system is fully scalable and configurable for different exhibition layouts and spatial requirements.