SSSA Conference & Expo connects regional sign companies with industry suppliers. When sourcing internal LEDs for an indoor printed lightbox, review how the face-retaining parts sit between the light source and the graphic. Browse all LED Modules below, with edge-lit and rear-backlight options for different constructions.
Map retainers in the light path
On the actual frame section, mark the face lip, clips, fasteners and any backing pieces that hold the graphic. Record their position relative to the LED lens and visible print. Distinguish a dark area hidden by a designed border from a shadow extending into the visible artwork; adding wattage does not remove an opaque obstruction.
Inspect the face with the intended retainers fitted
After qualified assembly and wiring checks, examine the actual printed face with its intended retaining hardware fitted. Record shadow locations and photographs under consistent viewing conditions. If the hardware or source position changes, retain both drawings and repeat the assembled sample review before accepting the arrangement. Do not remove or weaken necessary fixings to clear the light path.
Compare LED lightbox sources
- 20W rigid edge-lit bar: 470×24×16mm including lens, DC24V, 2200lm ±10% and 10°×40° optics.
- 12W dual-CCT rear-backlight bar: DC24V, 1320lm, 180° beam and 3-wire JST; select the CCT pair and separate control.
- 10W slim edge-lit bar: 360×23×16mm including lens, DC24V, 1100lm and 9°×50° optics.
Will a higher-output LED bar remove a retaining-clip shadow?
Not reliably. A clip or lip can block the light path regardless of nominal LED output. Review the obstruction and intended geometry, then test the completed face with safe, suitable retaining parts.
Before ordering
Verify DC24V, total load, pinout and polarity; external power is separate. The dual-CCT bar also requires a compatible 3-wire switch or controller, not included. The featured slim 10W bar permits at most 6 per run after wiring checks; do not apply that limit to other models.
Send the frame section, retainer positions, visible artwork boundary, trial observations, source models and quantity through our contact page.
Contact us · Shipping policy · Organizer information
BOOTH LIGHTS is an independent supplier; no affiliation with or endorsement by the event organizer is implied.
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20W Rigid LED Light Box Bars – 2200lm, DC24V, 10-Pack+ -
12W Dual-CCT Switchable LED Lightbox Bar – 24V -
10W Slim Edge-Lit LED Lightbox Bar – 360mm, 9°×50° Lens -
12W/18W LED Module for MODULAP Fabric Lightbox -
45W High-Output Edge-Lit LED Bar for Large Light Boxes – 958mm, 4400lm -
DC24V Linkable Edge-Lit LED Light Box Bars for SEG Displays -
12W Compact LED Lightbox Bar – 313mm, 24V, 6 LEDs, 1200lm -
18W LED Lightbox Bar – 585mm, 24V, 9 LEDs, 14°×50° Optical Lens -
10W DC Plug LED Lightbox Bar – 360mm, 24V, 15°×45° Optical Lens -
12W Dual-Angle LED Lightbox Bar – 517mm, 24V, 15°×45° Optical Lens -
22W–32W Aluminum Profile LED Lightbox Modules – 10-Pack+ -
10W Edge-Lit LED Light Box Bars – 360mm, 10-Pack+ -
Edge-Lit LED Module for Light Boxes – 3.5W/7W/21W, ETL Listed, DC24V -
DC Plug LED Backlight Bar for Light Boxes – 3W/6W/9W Modular System -
8W Corner LED Module, Compact Edge-Lit Light Source for SEG Fabric Light Boxes – 202mm, 10-Pack+ -
30W RGBW LED Light Bars – 400mm, 10-Pack+ -
27.5W Optical Edge-Lit LED Light Box Bars – 10-Pack+ -
14W 313mm-Long Edge-Lit LED Light Box Bars – 1540lm -
32W 4-in-1 RGBW Edge-Lit LED Light Box Bars – 10-Pack+ -
24W RGB Edge-Lit LED Bar for SEG Light Boxes & Displays -
Side-Lit LED Module for MODULAP Systems -
7W DC24V Side-Lit LED Lightbox Module – Optical Lens -
7W 200mm Mini LED Light Box Bar – 770lm, DC24V -
13W Edge-Lit LED Lightbox Bar – 360mm, 1430lm, ETL Listed
SSSA Conference & Expo connects regional sign companies with industry suppliers. When sourcing internal LEDs for an indoor printed lightbox, review how the face-retaining parts sit between the light source and the graphic. Browse all LED Modules below, with edge-lit and rear-backlight options for different constructions.
Map retainers in the light path
On the actual frame section, mark the face lip, clips, fasteners and any backing pieces that hold the graphic. Record their position relative to the LED lens and visible print. Distinguish a dark area hidden by a designed border from a shadow extending into the visible artwork; adding wattage does not remove an opaque obstruction.
Inspect the face with the intended retainers fitted
After qualified assembly and wiring checks, examine the actual printed face with its intended retaining hardware fitted. Record shadow locations and photographs under consistent viewing conditions. If the hardware or source position changes, retain both drawings and repeat the assembled sample review before accepting the arrangement. Do not remove or weaken necessary fixings to clear the light path.
Compare LED lightbox sources
- 20W rigid edge-lit bar: 470×24×16mm including lens, DC24V, 2200lm ±10% and 10°×40° optics.
- 12W dual-CCT rear-backlight bar: DC24V, 1320lm, 180° beam and 3-wire JST; select the CCT pair and separate control.
- 10W slim edge-lit bar: 360×23×16mm including lens, DC24V, 1100lm and 9°×50° optics.
Will a higher-output LED bar remove a retaining-clip shadow?
Not reliably. A clip or lip can block the light path regardless of nominal LED output. Review the obstruction and intended geometry, then test the completed face with safe, suitable retaining parts.
Before ordering
Verify DC24V, total load, pinout and polarity; external power is separate. The dual-CCT bar also requires a compatible 3-wire switch or controller, not included. The featured slim 10W bar permits at most 6 per run after wiring checks; do not apply that limit to other models.
Send the frame section, retainer positions, visible artwork boundary, trial observations, source models and quantity through our contact page.
Contact us · Shipping policy · Organizer information
BOOTH LIGHTS is an independent supplier; no affiliation with or endorsement by the event organizer is implied.