LED Multi FX Laser Bar EUROLITE 20000933 s mäkkým puzdrom

The EUROLITE LED Multi FX Laser Bar is a compact lighting fixture that combines multi-colour LED effects with laser output, supplied with a soft carrying bag for transport. Designed for stage and event lighting, the unit integrates LED wash and dynamic laser patterns in a single bar to simplify setup and reduce the number of separate devices required for small shows, DJ sets, and club events. Its portable form factor and included soft-bag make it practical for mobile entertainers and venues with limited storage space.

Advantages

The integrated design merges LED multi-effect lighting with laser projection in one housing, reducing setup complexity and cabling. The soft-bag provided protects the fixture during transport and makes handling easier between gigs. Its compact dimensions and lightweight construction support quick installation and repositioning on stands or trussing. The device is suitable for environments where a balance of colourful LED effects and sharp laser accents is desired without the need for multiple separate units.

Suitable for

Key specifications

How to use

Place the LED Multi FX Laser Bar on a stable surface, mount it on a suitable stand or secure it to trussing according to venue needs. Connect mains power and follow the fixture's control options to select LED patterns, laser modes, and any available automatic or sound-controlled programs. Position the unit to ensure laser beams are directed away from audience eye level and follow local safety guidelines for laser use. Use the soft-bag for transport between locations to reduce the risk of surface damage.

Recommendations

Use the product in indoor venues or controlled environments where laser beams can be managed. Always follow venue safety rules and local regulations regarding laser devices, avoid directing laser emission at people’s eyes, and inspect mounting points before each performance. Store the unit in the included soft-bag when not in use to protect the housing and optics during transport.