Gemotoriseerde spiegelhalfbol 20 cm EUROLITE model 50101952

The Motorized mirror hemisphere 20 cm EUROLITE model 50101952 is a compact rotating disco mirror designed to create moving light reflections for clubs, small event venues and stage applications. With a 20 cm diameter glass-mirror surface mounted on a motorized drive, it produces dynamic sparkling effects when illuminated by spotlights or beam fixtures. The unit is engineered for straightforward installation and continuous rotation to enhance atmosphere and visual interest in live events and party settings.

Advantages

This motorized mirror hemisphere provides consistent smooth rotation and a durable mirrored surface that reflects multiple light beams into moving points. Its compact size makes it easy to install in confined spaces while still producing noticeable visual impact. The motorized drive is designed for stable operation, reducing vibration and maintaining even rotational speed to ensure steady light patterns. The simple mounting and compatibility with common lighting setups allow quick integration into club, party and small production rigs.

Suitable for

Key specifications

How to use

Mount the motorized mirror hemisphere securely to an appropriate support such as a ceiling bracket or lighting truss using the built-in mounting point. Position one or more spotlights or beam fixtures so their beams hit the mirrored surface, adjusting angle and distance to achieve the desired spread and intensity of reflections. Connect the motor to a suitable power source following all local electrical and safety regulations, and switch on the drive to begin rotation. Fine-tune the lighting positions and rotation orientation to balance coverage across the venue.

Recommendations

For best visual effect, use focused spot or beam lights with moderate intensity and experiment with angles to create layered reflections. Ensure the mounting location supports the device weight and allows safe cable routing; avoid exposure to moisture and protect the mirror surface from strong impacts during installation and operation.