Custom High Brightness Edge-Lit LED Lighting Panel

Custom High Brightness Edge-Lit LED Lighting Panel

Wallis high brightness LED lighting panel is a customized edge-lit backlighting solution designed for advertising light boxes, retail displays, menu boards, illuminated logos, exhibition graphics, art walls, elevator decoration, smart devices and OEM lighting assemblies.

The panel combines a PMMA light guide panel, precision laser dot pattern, LEDs, diffuser and reflective structure to convert light from the panel edges into a larger illuminated surface. The optical pattern is adjusted according to panel dimensions and LED positions to reduce visible hot spots, dark corners and uneven brightness.

Standard finished sizes include A0, A1, A2, A3, A4, B1, B2 and B3, with assembled thickness options of 7mm, 8mm, 9mm and 10mm. Standard lighting options include 3000K warm white, 6000K cool white and RGB, while custom dimensions, shapes, LED arrangements, cable positions and pre-assembled structures are available for B2B projects.

LED Lighting Panel Structure and LGP Processing

LED Lighting Panel Structure

PMMA LGP Laser Dot Processing

High Brightness LED Lighting Panel Specifications

Note: The listed 1230 × 2450mm, 1250 × 1850mm and 1400 × 2200mm dimensions refer to current acrylic sheet options, while A0–B3 refer to finished LED lighting panel formats. Final usable illuminated area may differ from the outside panel dimensions.

Standard A-Series and B-Series Panel Sizes

Custom panels can use different LED input edges according to panel proportions and brightness requirements. One-edge, two-edge or multi-edge designs should be confirmed through optical evaluation and prototype testing.

Custom LED Lighting Panel Sample

Illuminated Panel Display Sample

How an Edge-Lit LED Lighting Panel Works

LED Light Enters Through the Panel Edges

LEDs are positioned along one or more processed edges of the PMMA light guide panel. A smooth and properly aligned input edge helps couple LED light into the acrylic with lower optical loss.

Internal Reflection Carries Light Across the PMMA

Light travels through the acrylic by internal reflection. Without a controlled extraction pattern, brightness would normally be concentrated near the LED edges and decrease across the panel.

Laser Dots Extract Light from the Surface

Laser-processed dots interrupt the internal light path and redirect controlled portions of light toward the visible surface. Dot size, depth, spacing and density can be adjusted according to distance from the LED source.

Reflector and Diffuser Complete the Optical System

A rear reflector redirects backward light toward the illuminated face, while a diffuser blends the extracted light and reduces the visibility of individual dots or LED bright bands.

What Determines Brightness and Lighting Uniformity?

High brightness is not determined by the PMMA panel alone. The final optical performance depends on the complete lighting assembly and how its components are matched.

Recommended Optical Performance Requirements

For projects where lighting performance is important, replace general descriptions such as “high brightness” with measurable acceptance criteria. The measurement method should be agreed before prototype production.

Wallis should confirm these values through an approved prototype using the agreed LEDs, current, reflector, diffuser, wiring, power supply and measurement grid.

Key Advantages of Wallis LED Lighting Panels

Uniform Surface Illumination

Customized dot-density distribution helps compensate for the reduction in light intensity as the distance from the LED source increases. This supports more consistent illumination across the center, edges and corners.

Slim Edge-Lit Construction

Edge-mounted LEDs and a PMMA LGP can create a thin illuminated panel without placing a complete LED array directly behind the entire surface.

Standard and Custom Dimensions

Buyers can select standard A-series and B-series sizes or provide drawings for rectangular, circular, curved, slotted or irregular CNC-processed panels where manufacturing feasibility permits.

Warm White, Cool White and RGB Options

The current standard range includes 3000K warm white, 6000K cool white and RGB. Projects requiring other color temperatures, tunable white or RGBW should specify the required controller, wiring and color performance.

Pre-Assembled Panel Options

Wallis can supply the processed LGP alone or provide a pre-assembled panel with LED strips, diffuser, reflector, wiring and protective packaging, helping OEM buyers reduce secondary assembly work.

Custom Optical Pattern Development

Laser dot parameters can be adjusted according to the finished dimensions, LED locations, LED pitch, emission direction and required lighting uniformity.

Applications of High Brightness LED Lighting Panels

Advertising Light Boxes and Signage

Edge-lit panels provide slim and evenly illuminated backlighting for advertising light boxes, backlit graphics, logo signs, menu boards and commercial information displays.

Retail Shelves and Display Fixtures

Custom panels can be integrated into shelving, cosmetic displays, product stands, showcases and point-of-sale units to create thin illuminated surfaces.

Art Walls and Decorative Panels

White or RGB lighting panels can be installed behind decorative materials, artwork and translucent wall finishes for interior lighting effects.

Elevator and Interior Decoration

Thin lighting panels can be incorporated into elevator walls, ceilings, decorative features and architectural interiors with limited installation depth.

Smart Devices and OEM Backlights

Customized light guides can be developed for control panels, equipment interfaces, inspection systems, branded devices and other OEM products requiring uniform surface illumination.

Exhibition and Museum Displays

LED panels can illuminate display graphics, information panels, showcases and exhibition structures while maintaining a slim profile.

LED Lighting Panel for Art Wall

LED Lighting Panel for Elevator Decoration

How to Choose the Correct LED Lighting Panel

1. Confirm the Finished Illuminated Area

Provide the finished length and width of the illuminated area, together with the maximum outside dimensions available in the final housing.

2. Select the Panel Thickness

Standard finished thickness options are 7mm, 8mm, 9mm and 10mm. Selection depends on panel dimensions, rigidity, LED package, optical layers and available installation depth.

3. Define the Brightness Target

Provide a numerical luminance or illuminance target where possible. Terms such as “high brightness” can mean different performance levels for signage, artwork, inspection lighting and ambient decoration.

4. Select LED Input Edges

Both long sides are used for the currently listed standard sizes. Custom panels may use one, two or multiple input edges depending on panel proportions and the required brightness.

5. Confirm Color Temperature and CRI

Select 3000K, 6000K or RGB from the current standard range. For retail, artwork or color-sensitive applications, also specify the required CRI and color-temperature tolerance.

6. Confirm Power and Control Requirements

Provide the required input voltage, driver location, plug type, cable length, cable exit position, dimming protocol and RGB controller requirements. The current page does not publish a universal voltage or wattage.

7. Specify the Installation Environment

State whether the panel will be installed indoors, in a humid area, behind glass, inside furniture or within an outdoor enclosure. This affects material, sealing, heat dissipation and electrical requirements.

8. Provide Mechanical Drawings

Include holes, slots, notches, cable exits, mounting points, clearances and dimensional tolerances in a JPG, PDF, DXF or DWG drawing.

White LED vs RGB LED Lighting Panels

Custom Processing and Assembly Services

• Custom panel length and width

• 7mm, 8mm, 9mm and 10mm finished profiles

• Rectangular and custom CNC shapes

• Laser dot-density design

• Custom LED input edges

• 3000K, 6000K and RGB lighting

• Custom holes, slots and notches

• Cable and connector position customization

• Reflector and diffuser matching

• LED strip installation

• Pre-assembled panel production

• Prototype optical testing

• Private labels and customized packaging

• OEM / ODM volume production

Thermal Management and LED Service Life

LED temperature directly affects luminous output, color stability and service life. The final panel or housing should provide sufficient heat dissipation and should not trap excessive heat around the LED strips.

Use a Suitable Aluminum Heat Sink

Aluminum LED channels or frames can help conduct heat away from the LED PCB. The profile should be selected according to LED power, operating time and ambient temperature.

Avoid Overdriving the LEDs

Increasing LED current may temporarily increase brightness but can also increase heat and accelerate lumen depreciation. Use the specified driver and operating current.

Confirm the Rated Lifetime and Warranty

The current page does not provide a formal L70 rating, rated LED hours or complete-product warranty. Request these details for the exact LED, driver and assembly before bulk purchasing.

Quality Control for LED Light Guide Panels

• PMMA material and surface inspection

• Panel length, width and thickness inspection

• Panel flatness and warpage inspection

• Hole, slot and cable-position measurement

• Input-edge finish inspection

• Laser-dot pattern inspection

• Surface scratch, contamination and black-spot inspection

• LED color-temperature consistency inspection

• Average, minimum and maximum luminance testing

• Lighting-uniformity measurement

• Hotspot and dark-corner inspection

• Power and wiring test

• Aging and temperature test where required

• Protective-film and export-packaging inspection

Indoor and Outdoor Use

The standard LED lighting panel is primarily intended for indoor installations. The current product information does not provide a waterproof IP rating for the complete assembly.

Outdoor projects require a suitable UV-resistant light guide material, waterproof housing, sealed electrical connections, moisture management and verified IP protection. The PMMA LGP alone does not establish outdoor compliance for the complete product.

Material and Energy Considerations

An edge-lit structure can reduce panel depth and concentrate LEDs along selected edges instead of using a full rear LED array. Actual energy efficiency should be evaluated using measured surface brightness and total power consumption rather than LED quantity alone.

PMMA, aluminum and electronic components may be recoverable through appropriate recycling systems, although recyclability depends on local collection infrastructure and how easily the completed panel can be disassembled.

Information Needed for an Accurate Quotation

• Finished panel length and width

• Required illuminated area

• Required thickness

• Required quantity

• Panel shape and mechanical drawing

• Required average luminance or illuminance

• Required lighting uniformity and calculation method

• 3000K, 6000K, RGB or another lighting requirement

• Required CRI

• LED input edges

• Input voltage and power-supply location

• Dimming or RGB control requirement

• Cable length, connector and exit position

• LGP only or pre-assembled panel

• Indoor or outdoor installation

• Required electrical certifications

• Packaging and shipping requirements

• JPG, PDF, DXF or DWG drawing

Frequently Asked Questions About LED Lighting Panels

What is an edge-lit LED lighting panel?

It is a thin illuminated panel that directs light from LEDs positioned along the edges into a PMMA light guide panel. Laser dots redirect the internally guided light through the visible surface.

What standard sizes are available?

The current standard range includes A0, A1, A2, A3, A4, B1, B2 and B3. Customized dimensions and shapes can also be produced according to drawings.

What thicknesses are available?

The current finished-panel options are 7mm, 8mm, 9mm and 10mm. Final thickness should be selected according to panel size, LED type, optical layers and mechanical structure.

Why are the raw acrylic sheet sizes different from the A-series sizes?

The larger 1230 × 2450mm, 1250 × 1850mm and 1400 × 2200mm dimensions refer to current acrylic raw-sheet options. A0–B3 are finished LED panel formats cut and assembled from the raw material.

Which sides contain the LEDs?

The currently listed A0–B3 panels use LEDs on both long sides. Custom projects may use one edge, two edges or additional edges according to size and brightness requirements.

What light colors are available?

The current standard options are 3000K warm white, 6000K cool white and RGB. Other color temperatures or control options should be confirmed during project evaluation.

What is the brightness of the panel?

The current page does not publish a fixed cd/m² or lux value. Brightness varies with panel size, LED model, LED current, input edges, dot pattern, reflector and diffuser. Provide a numerical target for prototype confirmation.

What lighting uniformity can Wallis provide?

A fixed uniformity percentage is not currently published for this model. The required percentage, measurement grid and calculation formula should be agreed and verified using an approved prototype.

Can the laser dot density be customized?

Yes. Dot size, spacing and density can be adjusted according to panel dimensions, LED positions, LED pitch, brightness target and required illumination uniformity.

Can Wallis make custom shapes?

Yes. CNC processing can support custom contours, circles, curves, holes, slots and notches where the mechanical and optical design is feasible.

Can Wallis provide a pre-assembled panel?

Yes. Wallis can provide PMMA LGP, LED strips, diffuser, reflector, wiring and packaging as a pre-assembled lighting panel according to project requirements.

What voltage does the panel use?

The current page does not specify one universal voltage. Input voltage and driver selection depend on the chosen LED strip, panel size, wattage, controller and destination-market requirements.

What is the power consumption?

Power consumption varies by size, LED quantity, LED current and required brightness. Request a wattage calculation for the exact panel configuration rather than using one value for all A-series and B-series sizes.

Can the lighting panel be dimmed?

Dimming can be evaluated with compatible LEDs, drivers and controllers. Specify the required dimming method, control voltage or RGB control system when requesting the quotation.

What CRI is available?

The current product page does not publish a CRI value. Buyers should specify the required CRI when accurate presentation of artwork, products, fabrics or printed graphics is important.

Can the panel be used outdoors?

The standard panel is primarily intended for indoor use. Outdoor projects require an appropriate UV-resistant material, waterproof enclosure, sealed wiring and a verified IP rating for the complete assembly.

How does an LGP LED panel compare with OLED?

OLED is a self-emissive display or lighting technology. An LGP panel uses separate LEDs and a PMMA light guide to create surface illumination. LGP panels are commonly selected for custom signage and backlighting where flexible dimensions and conventional LED components are preferred.

What is the expected service life?

Service life depends on the LED specification, operating current, daily working hours, heat dissipation, driver quality and ambient temperature. Request the rated LED lifetime, lumen-maintenance method and warranty for the selected configuration.

Can I request a prototype before mass production?

Yes. Prototype testing is strongly recommended for custom sizes, unusual shapes, strict brightness targets, high uniformity requirements, RGB lighting and OEM assemblies.

What information should I provide for a quotation?

Provide the panel size, thickness, quantity, shape, LED color, brightness target, uniformity requirement, voltage, wattage limit, cable position, control system, assembly level, operating environment and mechanical drawing.

Request Custom LED Lighting Panel Samples and Pricing

Looking for a custom high brightness LED lighting panel manufacturer for signage, retail displays, art walls, elevators or OEM backlighting? Wallis provides PMMA LGP processing, laser dot design, LED matching, CNC fabrication, prototype testing and pre-assembled panel services.

Send your dimensions, quantity, lighting color, brightness target, cable position and drawing to receive a suitable optical configuration, sample recommendation and factory quotation.