Aspheric and curved lens surfaces spread light from fewer LEDs into uniform wide-angle patterns while compensating for scattering and Fresnel distortion.
A spring-locked busbar connector lets lit shelves be repositioned quickly while maintaining reliable power contact across rear wall variations.
A dual-lens LED bar redirects cabinet lighting below 70° to cut viewer glare without added shields, light loss, or extra lamp volume.
Non-uniform prism spacing and total internal reflection spread light across a refrigeration door while limiting outward glare.
Two beam-mounted light types use different horizontal angles to eliminate shelf-edge illumination gaps and cut energy waste in refrigerated displays.
Asymmetrical LED units direct light across refrigerated shelves with less heat, simpler retrofitting, and more uniform product illumination.
Using water as both refrigerant and bearing lubricant removes oil separators and waste oil treatment, simplifying refrigeration systems.
A nonimaging lens with aspheric surfaces and a central cusp spreads LED light uniformly at short throw while enabling fewer LEDs.
Interchangeable LED display panels cut heat and production cost while enabling flexible presentation layouts without cooling fans.
Directional LEDs and a reflective plate light shelf front edges evenly, reducing dark spots and wasted light in glass-door showcases.
A thermally conductive holder and support cool the LED while an independently adjustable optical element redirects the beam without moving the housing.
RFID tags linked to a central database cut LED lighting setup time and keep lighting effects consistent across retail branches.