Why Hexagon LED Display is Revolutionizing Visual Experiences

In the era of immersive branding, the NSE Hexagon LED Display redefines spatial storytelling through its modular honeycomb technology. Unlike traditional square panels, these precision-engineered hexagonal modules unlock infinite design possibilities for architects and marketers alike.

Competitive Advantages of Hexagon LED Screens

Shape-Shifting Versatility

• • Connect 200+ modules to create organic shapes (flowers, molecules, abstract art)
  • Dual installation modes: semi-permanent (wall/ceiling) or mobile truss systems

Plug-and-Play Intelligence

• Synch content via Novastar/Linsn control systems
• Supports 2D/3D formats with <5ms latency

Pixel-Perfect Clarity

1. • • 1.9mm~3.9mm pixel pitch options
     • 1500nits brightness with anti-glue front maintenance

Where Hexagon LED Screens Create Maximum Impact

Corporate Identity Amplifiers

Turn company lobbies into brand galaxies:

• Auto-adjusting “Team Achievement Walls”
• Responsive culture-timelines triggered by visitor movement

Stage Design Revolution

Concert/Event Applications:

• Holographic backdrops (270° viewing)
• Real-time social media visualizers

Retailtainment Powerhouse

Mall atriums transformed with:

• Floating product constellations (26%↑ dwell time)
• AI-powered gesture-controlled catalogs

Ready to Captivate Your Audience?

↓ Limited Stock Alert: Book Your Hexagon LED Prototype Today ↓

Circuit paper, a specialized double-layer flexible circuit board with a thickness ranging from 0.08 to 0.1 mm, is essential for repairing damaged PCB pads in LED modules. Its components include screen printing, base material, pads, holes, wires, and cutting lines. During installation, disassembly, or transportation, LED displays may suffer collisions leading to PCB pad detachments. In such scenarios, circuit paper serves as an effective repair solution.

Selecting Appropriate Circuit Paper for your LED Modules

To ensure compatibility and functionality, consider the following factors when choosing circuit paper:

1. Pixel Pitch Consistency: The pixel pitch of the circuit paper must match that of the original LED module. Pixel pitch refers to the distance between the centers of two adjacent pixels, typically measured in millimeters. A consistent pixel pitch ensures uniformity in display resolution and image quality. citeturn0search8
2. LED Bead Specifications: Align the specifications of the LED beads on the circuit paper with those on the original module. This alignment is crucial for maintaining consistent brightness, color, and overall visual performance.
3. Lamp Orientation: LED modules can feature vertical or horizontal lamp orientations, with vertical lamps being more prevalent. It’s imperative to select circuit paper that matches the lamp orientation of the original module to ensure proper alignment and functionality.

Measuring LED Module Pixel Pitch

Accurate measurement of the pixel pitch is vital for selecting compatible circuit paper. Follow these steps:

1. Measure Module Width (W): Using a caliper, determine the horizontal dimension of the LED module.
2. Count Horizontal LED Beads (N): Tally the number of LED lamp beads along the horizontal axis.
3. Calculate Pixel Pitch (P): Apply the formula P = W / N to compute the pixel pitch. Ensure numerical accuracy to three decimal places for precision.

Determining LED Bead Specifications

To identify the size of surface-mount device (SMD) LED beads:

1. Measure Horizontal Dimension (X): Use a caliper to measure the LED bead’s width.
2. Measure Vertical Dimension (Y): Similarly, measure the LED bead’s height.
3. Specify LED Bead Size: Document the specifications as SMD (X×Y), indicating the precise dimensions.

Differentiating Vertical and Horizontal Lamps

Understanding the distinction between vertical and horizontal lamps is essential for proper circuit paper selection. Vertical lamps are more commonly used and have specific structural orientations compared to horizontal lamps. Choosing circuit paper that matches the lamp orientation of the original module ensures seamless integration and optimal performance.

Application of Circuit Paper

To effectively use circuit paper in repairing PCB pads:

1. Prepare Tools and Materials: Gather necessary items such as an anti-static bracelet, soldering iron, hot air gun, multimeter, tweezers, tin wire, solder paste, scissors, screwdriver, LED beads, circuit paper, and integrated circuits (ICs).
2. Clean the Damaged Pad: Gently scrape the damaged PCB pad with a blade and clean it with alcohol to prevent potential short circuits when applying the circuit paper.
3. Cut and Tin the Circuit Paper: Trim the circuit paper to the required size and apply a thin layer of tin to both sides of the pad. This step ensures a secure connection without causing short circuits due to excessive tin.
4. Attach the Circuit Paper: Set the soldering iron to approximately 320°C. Using tweezers, position the tinned circuit paper over the PCB pad, ensuring correct alignment of common poles. Gently press and heat with the soldering iron or hot air gun to fuse the circuit paper with the PCB pad.
5. Test and Solder LED Beads: Power the module, display a full white screen, and adjust brightness to a comfortable level. Solder the appropriate LED beads onto the circuit paper, ensuring correct polarity. Use a multimeter to verify proper connections before finalizing the soldering.
6. Finalize the Repair: After successful testing, apply glue to the repaired area to secure the LED beads. Note that indoor modules may not require glue filling.

By meticulously following these guidelines, technicians can ensure precise repairs of LED display PCB pads, maintaining the display’s integrity and performance.

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