Hazer Antari HZ-400 51702690 avec télécommande

The Antari HZ-400 hazer produces a fine, long-lasting atmospheric haze designed to enhance lighting and create consistent ambience for stage, event, and studio applications. Supplied with a remote control, this professional hazer offers controllable output to maintain uniform airborne haze that improves beam definition and visual depth without creating dense fog. The design supports prolonged operation with stable delivery, allowing lighting designers and production crews to achieve repeatable effects during performances, rehearsals, and shoots.

Advantages

The unit delivers a steady, adjustable haze output that enhances light beams and volumetric effects while remaining unobtrusive to performers and equipment. Its included remote control enables convenient output adjustment and basic control from a distance. The hazer’s output produces a fine particle distribution that persists in the air for extended periods, reducing the need for frequent reactivation. Built for professional use, it integrates with standard power sources and mounting options common in live and studio environments.

Key specifications

How to use

Position the Antari HZ-400 where haze distribution is required, ensuring unobstructed airflow around the unit. Fill and prepare the appropriate fluid according to manufacturer instructions, then power the unit from a compatible mains connection. Use the supplied remote control to switch the hazer on and adjust output levels to achieve the desired beam visibility and atmosphere. Allow the machine to run until the required haze density is reached, then reduce output to maintain a steady level. Follow local safety and ventilation requirements when operating in enclosed spaces.

Recommendations

For consistent results, test haze levels during technical rehearsals and set output to the lowest effective level that provides the required beam definition. Maintain regular cleaning and service intervals and use fluids recommended for professional hazers to preserve performance and avoid residue buildup.