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12*40W RGBW 4in1 Focus Beam Zoom Wash Dmx Led Moving Head Light For Dj Show Disco Bar Stage
The High Power Output 12*40W LED Bar Beam Moving Head Stage Light is a state-of-the-art lighting solution engineered for those who demand excellence in performance and versatility. This fixture combines cutting-edge technology with robust construction, making it an essential tool for professionals in the entertainment industry. Whether you are lighting up a concert stage, theatrical production, or corporate event, this moving head light ensures that every moment is visually stunning.
With 12 individual 40W LEDs, this lighting unit boasts an exceptional total output of 480W, providing brilliant illumination that cuts through ambient light. This level of brightness ensures that your visuals remain vivid even in brightly lit environments.
The moving head offers 360-degree pan and 180-degree tilt capabilities, allowing for seamless transitions and diverse positioning. This flexibility makes it easy to create dynamic light shows that can adapt to various performances or scenes.
The optical system is designed to produce sharp, well-defined beams with a narrow angle, enhancing the overall clarity of the projected light. The precision optics allow for striking aerial effects and beautifully defined patterns that capture the audience’s attention.
Equipped with RGBW color mixing technology, this LED bar provides a broad spectrum of colors at your fingertips. Create custom hues or utilize pre-set color macros to evoke specific moods and themes during performances.
The DMX512 compatibility allows for sophisticated control over individual lights or entire setups. With multiple DMX channels, lighting designers can orchestrate complex routines and synchronize with audio for a cohesive experience.
The fixture supports several modes, including:
Constructed with high-grade materials, the fixture is built to withstand the rigors of frequent use in professional settings. Its design also includes effective cooling systems to prevent overheating during extended operations.