GETshow 2026: Fengyi Lifting Sphere Matrix Launches an Immersive "Light Particle" Experience

GETshow 2026: Fengyi Lifting Sphere Matrix Launches an Immersive "Light Particle" Experience

Title

Project Description

Project Introduction

Project Overview

4.1 Basic Exhibition Information

• Exhibition Name: GETshow 2026 (Guangzhou International Performing Arts Equipment, Intelligent Acoustic and Optical Technology Exhibition)
• Date: May 8–11, 2026
• Venue: China Import and Export Fair Complex, Guangzhou
• Fengyi Booth Area: Approximately 80 square meters, ceiling height 6 meters
• Location: Core area of the main passage, open on three sides

4.2 Core Display Products

• Lifting Mini Spheres (120 sets): 85mm diameter, frosted PC material, RGBW full-color LEDs, 3m lifting stroke, ±1mm positioning accuracy, operating noise < 35dB
• Lifting Spheres (60 sets): 200mm diameter, high-transmittance acrylic material, RGB full-color LEDs, 2.5m lifting stroke, ±1mm positioning accuracy

4.3 Design Objectives

• Attract foot traffic and create strong visual impact
• Fully demonstrate lifting, color changing and group programming capabilities
• Simulate lighting effects for diverse commercial scenarios (concerts, bars, commercial atriums)
• Highlight safety and ease of maintenance

Detailed Project Analysis

5.1 Booth Environmental Challenges & Solutions

• Limited Ceiling Height: Standard 6m venue height restricts long-stroke lifting equipment.

   

  Solution: Mini spheres set to 3m stroke with staggered hovering heights (2–5m) for visual depth; lifting spheres with 2.5m stroke placed at lower altitudes (1.5–4m) as an interactive foreground layer.
   
• High Visitor Density: Open on three sides with multi-directional audience flow.

   

  Solution: Open layout without partition walls, using the sphere matrix as the visual center with surrounding passages for visitors to walk through and immerse in the light array.
   
• Ambient Light Interference: Complex venue lighting from overhead fixtures and adjacent booths.

   

  Solution: All fixtures operated at 120% normal brightness with high-saturation color modes (neon pink, electric blue, fluorescent green) to remain highly visible.
   
• Tight Installation Schedule: Only 2 days for setup.

   

  Solution: Quick-plug hanging points, pre-cut power and signal cables; full installation and commissioning completed within 24 hours by assembling frames, mounting fixtures and connecting networks.
   

5.2 Product Combination Logic

• Lifting Mini Spheres: Large quantity, small size, soft light — used to create a large-scale “light cloud” for immersive atmosphere. Visitors feel surrounded by a dense matrix of glowing points.
• Lifting Spheres: Smaller quantity, larger size, high brightness — used as visual focal points. Placed centrally as sculptural elements and flanking the entrance as welcoming light pillars.

5.3 Programming & Effect Design

• Welcome Mode: All spheres hover at mid-height, 50% brightness, slow color fade between warm white and pale gold. Mini spheres perform gentle asynchronous breathing; lifting spheres remain static.
• Galaxy Rhythm: Mini spheres lift sequentially in matrix waves; lifting spheres pulse in unison. Colors shift from cool white to icy blue, simulating galactic flow.
• Particle Storm: Mini spheres rapidly rise to peak height at 0.6m/s then fall randomly, with RGB LEDs strobing red/blue/purple. Lifting spheres stay at top position emitting bright white light for a climax effect.
• Forest Breath: Mini spheres at random heights with slow sine-wave lifting (8-second cycle), fading between light green and warm white. Lifting spheres move extremely slowly (0.05m/s) to mimic misty tree canopies.
• Interactive Mode: Activated during scheduled periods. Visitors scan a QR code to customize colors and lifting speeds for selected zones via a mini-program.

Project Solutions

6.1 Structural Safety Plan

• All hanging points fixed to concrete ceiling beams with chemical anchors, designed for 8x static load capacity
• Dual steel cables (main + safety) and mechanical fall arrestors for each unit
• 1.2m transparent protective fencing around the booth to prevent entry beneath equipment

6.2 Control System Architecture

• Main Console: grandMA3 onPC (laptop + command wing)
• Signal Transmission: Art-Net protocol via gigabit switch to 8 DMX nodes, each controlling ~22 units
• Backup System: Redundant laptop with identical program, hot-swappable via main/backup switcher
• Power Supply: Dual mains input + UPS to ensure uninterrupted performance

6.3 On-Site Support

• Fengyi technical team on-site throughout the exhibition for debugging and client inquiries
• Dedicated staff for cleaning and status checks after each demonstration

Product Application Analysis

7.1 Lifting Mini Spheres: Core of Large‑Scale Ambience Creation

• Technical Features: 85mm frosted PC sphere, uniform glare-free light; RGBW LEDs, color temperature 2200K–10000K, CRI ≥ 90; 0–1m/s stepless speed, ±1mm accuracy.
• Exhibition Use: Dense matrix in upper and middle zones (2.5–5m), programmed for waves, spirals and random breathing to simulate star seas, fireflies and data flows.
• Extended Applications: “Star Matrix” over audience areas at concerts; BPM-synced movement in high-end bars; “Light Dome” in commercial atriums.

7.2 Lifting Spheres: Visual Focal Points & Interactive Elements

• Technical Features: 200mm high-transmittance acrylic, crystal-like glow; high-saturation RGB LEDs; 2.5m stroke, 0–0.6m/s speed.
• Exhibition Use: Groups of 4 arranged as vertical light pillars with synchronized movement; or standalone sculptures with slow lifting and rotation. Color customizable via QR code in interactive mode.
• Extended Applications: “Light Forest” in luxury hotel lobbies; dynamic lifting platforms for product launches; interactive guides in theme parks.

7.3 Synergistic Value of Combined Use

FAQs

Conclusion

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