| Fixing Method |
Neodymium magnets + positioning pins, tool-free alignment |
Mechanical screw fastening into cabinet frame |
| Installation Speed |
Ultra-fast, tool-free module attach/detach |
Slower, requires screwdriver / Allen key |
| On-site Replacement Speed |
~5 seconds per module (hot-swap in real shows) |
~3–5 minutes per module, requires manual removal |
| Maintenance Tools |
No tools (vacuum suction tool optional) |
Screwdrivers, hex keys, torque tools required |
| Front Service Access |
Full front & rear service support |
Mostly rear service, front access limited |
| Screen Flatness (Alignment) |
Depends on cabinet machining precision |
High mechanical compression = very tight flatness |
| Vibration Resistance (Touring) |
Medium–High (depends on frame quality) |
Very high, strong mechanical locking for touring rigs |
| Risk of Module Shift |
Low, but micro-shift possible under heavy vibration |
Extremely low, rigid fixed structure |
| Transport Durability |
Good, but needs careful handling in transit |
Excellent, built for rough touring logistics |
| Curve / Creative Builds |
Flexible for curved / irregular stage designs |
More rigid, limited flexibility for curves |
| Structural Strength |
Medium (optimized for speed & rental workflow) |
High (optimized for long-term stability) |
| Maintenance Efficiency (Show Time) |
Ideal for live events, zero-downtime swap |
Requires pause or backstage access |
| Best Application |
Rental LED, touring stages, corporate events, XR setups |
Fixed installs, stadium screens, long-term rental fleets |
| Cost Level |
Higher (precision parts + magnets) |
Lower (traditional mechanical structure) |
| Crew Requirement |
Low skill requirement, fast training |
Requires trained technicians |
| Rental Fleet Preference |
High-end fast-turnover rental companies |
Heavy-duty touring / outdoor festival fleets |
