Laserworld RTI PIKO RGB 28 28'000 mW Professional Laser

With a guaranteed RGB output power of 28'000 mW, the Laserworld RTI PIKO RGB 28 will perform at any sized large-scale event. The new RTI Semiconductor Laser Modules (RSL) with specific wavelengths for improved visibility provide excellent vision: 8'000 mW / 637 nm for a very brilliant red, 9'000 mW / 525 nm green, and a powerful blue laser module with 15'000 mW / 455 nm. The 525nm green diode has a warmer green tone than the 520nm LEDs and is more visible.

With its exceptionally low divergence and homogeneous beam form, the new RSL modules make the RTI PIKO RGB 28 a top professional laser system. The exceptionally tiny beam diameter of just around 4.5 mm enables the use of small scanner mirrors, resulting in lower inertia and faster scan rates. This is especially significant given that the RTI PIKO RGB 28 may be used for any type of laser show: Sharp beams and vibrant colours for large-scale concerts and festivals, as well as a properly matched beam for clear graphics.

The RTI Semiconductor Laser Modules require minimal maintenance and do not deviate from their internal alignment. The basic scanners can operate at a maximum of 45kpps ILDA 8°; the optional CT-6210H with LAS Turboscan can run at 60kpps ILDA 8°; a maximum scan angle of 50° (@35 kpps); and a maximum scan angle of 60° (@35 kpps). CT-6210H scanners with LAS Turboscan drivers are optional and offer even faster scan rates of up to 60kpps at ILDA 8°.

The housing is constructed to last and is perfect for usage on the road. It features an interlock / e-stop via port that allows the interlock signal to be daisy-chained, requiring just one e-stop for many laser systems. The dustproof enclosure reduces maintenance requirements, and the device is particularly appropriate for harsh touring applications. The powerful RTI PIKO RGB 28 show laser is appropriate for indoor and outdoor show laser applications at concerts, festivals, and other large events. Due to the exceptionally excellent divergence, demanding graphics projections or projections over great distances are not an issue.