Scanner LED EUROLITE TSL-350 2x COB — scanner per illuminazione scenica con due LED COB

The EUROLITE TSL-350 2x COB — stage lighting scanner with dual COB LEDs is a compact LED scanner engineered for stage and event lighting. It uses two COB (Chip-on-Board) LEDs to produce bright, uniform beams and delivers scanner-style pan and tilt movement for dynamic motion effects. Designed for clubs, small theatres, live shows and DJ setups, the fixture combines directional beam control with continuous movement to accent scenes and create animated light patterns.

Advantages

The dual COB LED design provides high lumen output with smooth color mixing and minimal pixelation, ensuring even illumination across the beam. The scanner mechanism offers precise pan and tilt control for fluid motion and positioning. The unit is compact and relatively lightweight, allowing flexible mounting and easy integration into existing rigs. Efficient LED technology reduces power consumption and heat generation compared with traditional lamp-based scanners, contributing to lower operating costs and longer service intervals.

Suitable for

Key specifications

How to use

Install the EUROLITE TSL-350 2x COB on a suitable truss or stand using appropriate clamps and safety attachments. Connect mains power and, if required, a DMX controller using standard DMX cabling to configure motion, speed and effect parameters. Select built-in programs or set manual DMX channels for pan/tilt, intensity and color control. Adjust beam direction and movement range to fit the venue layout and synchronize multiple fixtures as needed for coordinated patterns.

Recommendations

Position the scanner at heights and angles that avoid direct glare into audience sightlines while maximizing beam travel across the stage or dancefloor. Regularly check mounting hardware and cable connections, and allow adequate ventilation around the unit to prevent overheating. For consistent results, run a short test sequence before the event to verify DMX addressing, movement limits and intensity levels.