The ADJ Focus Flex is a compact, yet powerful, moving head fixture that utilizes a unique 7-pixel LED array to deliver versatile beam and wash effects. Unlike traditional moving heads with a single source, this fixture features seven individual high-output RGBW LEDs arranged in a hexagonal pattern, each capable of being controlled independently or in groups. This pixel-mapping capability allows for the creation of dynamic patterns, sharp geometric shapes, and multi-colored beam effects that are impossible with a standard fixture. The motorized head provides full pan and tilt movement, enabling these intricate pixel-based effects to be projected and scanned across a stage or venue with precision, adding a new layer of visual creativity to lighting designs for nightclubs, mobile DJs, and stage productions.

The fixture combines the functions of a beam light and a wash light. When all seven pixels are unified, it acts as a bright RGBW wash light, capable of mixing a vast spectrum of colors and rich whites. When controlled individually via advanced DMX modes, the pixels can create effects like color splitting, chasing patterns, and detailed logos or text. The optical system includes a motorized zoom to adjust the beam angle from a tight spot to a wide flood, and a motorized focus to sharpen or soften the edges of the beam and pixel elements. Housed in a rugged, lightweight chassis, the Focus Flex is designed for rigging or truss mounting and features a quiet cooling system suitable for noise-sensitive environments.

Integration is straightforward through standard DMX512 protocol, with multiple DMX channel modes offering control over the complexity of pixel mapping. The fixture is also compatible with ADJ's MyDMX software for PC-based lighting control. Its combination of pixel-level control, full movement, zoom, and RGBW color mixing in a single fixture makes the ADJ Focus Flex a highly innovative and flexible tool for lighting designers seeking to push beyond conventional moving head effects and create truly customized, intelligent visual displays.