RTI PIKO 33

The RTI PIKO 33 impresses with a guaranteed RGB output power of 35'000 mW. Great visibility is achieved with the new RTI Semiconductor Laser Modules (RSL) with special wavelengths for increased visibility: 8'000 mW / 637 nm for a very bright red combined with 13'000 mW / 525 nm green and a strong blue laser module with 20'000 mW / 455 nm. The 525nm green provides a warmer green tone than the 520nm diodes and has increased visibility. These new RSL modules with their extremely low divergence and homogenous beam shape make the RTI PIKO 33 a top professional laser system. The extremely small beam diameter of only ca. 5.0 mm allows for the use of small scanner mirrors which leads to reduced inertia and higher scan speeds. This is especially important, as the RTI PIKO 33 can be used for any kind of laser show application: Super sharp beams and vivid colors for large scale concerts and festivals but also a perfectly matched beam for crisp graphics.

• Maintenance free, no misalignment: new generation of laser color combination
• Integrated network switch for linking the control signal

The RTI Semiconductor Laser Modules are maintenance free and do not come out of internal alignment. The standard scanners can be run at a maximum of 45kpps ILDA 8°; optional CT-6210 with LAS Turboscan: 60kpps ILDA 8°; max. 60° (@35 kpps) and a maximum scan angle of max. 50°. CT-6210 scanners with LAS Turboscan drivers are available as option and provide even higher scan speeds with up to 60kpps at ILDA 8°. The housing is built very durable and ideal for use on the road. Control signals can be looped through directly via the network switch, which is also integrated. Due to the dustproof housing, the maintenance effort is very low and the device is also suitable for tough touring applications. The new 360° brackets can be safely fixed in the needed position in just a few moments thanks to the quick-lock system. The powerful RTI PIKO 33 is suitable for indoor and outdoor show laser applications at concerts, festivals and other huge events. Demanding graphics projections or projections over long distances are possible without any problems, due to the extremely good divergence.

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