Laserworld CS-6000RGB Analog Modulated RGB Laser Projector
The Laserworld CS-6000RGB is a compact yet formidable 6 W RGB pure-diode laser designed to bathe spaces in immersive tunnels. With professional ILDA connectivity alongside effortless plug-and-play modes, it bridges the gap between mobile DJs and fixed installations.
Full-Colour Brilliance & Razor-Sharp Beams
Firstly, this laser leverages on the 1 000 mW of 638 nm red, 2 000 mW of 520 nm green and 3 000 mW of 450 nm royal blue. The CS-6000RGB produces intense, well-balanced colours across the visible spectrum. Furthermore, a refined 5 mm / 1.2 mrad beam ensures minimal divergence, maintaining crisp projections at long distances. Plus, analog modulation unlocks smooth fades and sophisticated colour mixing for expressive shows.
Versatile Control for Every Scenario
Whether you need instant atmosphere or precise choreography, the CS-6000RGB delivers. Choose from sound-to-light or stand-alone modes to run any of the 130 pre-programmed patterns. Moreover, link multiple units via the master-slave function, or take full creative command through DMX and the industry-standard ILDA port. With this, you can get custom graphics, logos and text.
Engineered for Mobility, Reliability & Safety
A newly designed lightweight housing with 360° mounting bracket allows rapid truss, ceiling or floor placement. Therefore, making it ideal for touring events or permanent rigs. Separate cooling chambers eliminate airflow through the optical path, reducing dust build-up and maintenance. Lastly, an integrated key switch, interlock and emission LED comply with international laser safety standards, giving operators peace of mind.
Key Features
- 6 W full-colour RGB pure-diode output
- Analog modulation • 30 kpps scanners for basic graphics
- Sound-to-light, stand-alone, DMX, ILDA & master-slave control options
- Compact 4 kg housing with fan-free optical compartment
- 360° adjustable bracket for hanging or standing setups
- Key switch, interlock connector and front masking plate for safety





