Like the other Diode series lasers, the DS-1000RGB mk4 units have a built-in ShowNET mainboard with integrated network DAC for direct connection and use with Showcontroller and Showeditor. The ShowNET mainboard also provides stand-alone operation, and DMX control with ArtNET option via the network port (this can also act as an ArtNET node for added flexibility). External ILDA interfaces can also be connected via the ILDA in/out ports for use with other laser control software.

In the latest revision, the DS-1000mk4 has had a scanner set upgrade from 30kpps to 40kpps @ 8° with a max scan angle of 50°. Providing even more flexibility and detail for your shows and productions. Another improvement is the more compact and lighter sealed housing which aids in reducing maintenance.

Commonly used for live music venues and stages, the Laserworld BeamBar 10RGB creates instant impact with the ability to run various colour and dimmer chases across each of the 10 apertures. Each fixed beam can also be set up to create different crossing or aerial effects via the 4-way adjustment system at the front of the system. In addition to the versatile DMX control, the BeamBar can also be operated stand-alone with the inclusion of auto, and sound-to-light modes. And supports a master/slave operation for linking multiple systems together.

The Laserworld BeamBar 10RGB is a great effect for stages, live gigs and nightclubs, as well as for TV Shows and show productions.

The beam specifications of the new tarm 13 are given with only ca. 5.0 mm diameter and 0.8 mrad divergence – which applies to both axis. The extremely small beam diameter allows for the use of very small 4.5 mm mirrors, which results in reduced inertia and thus very good scanning performance.

The tarm 13 impresses with a guaranteed RGB output power of 13’000 mW. Great visibility is achieved with the new RTI Semiconductor Laser modules (RSL) with special wavelengths for increased visibility: 4,000 mW / 637 nm for a very bright red combined with 5,800 mW / 525 nm green and a strong blue laser module with 5,000 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 tarm 13 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 tarm 13 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.

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 @ 8° ILDA and a maximum scan angle of 50°. CT-6210 scanners with LAS Turboscan drivers are available as option and provide even higher scan speeds with up to 60kpps at 8° ILDA .

The powerful tarm 13 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.

Including ShowNET Mainboard

The tarm 13 is delivered with a ShowNET laser mainboard as standard. This means it has a multitude of control features already built-in: Control via DMX or ArtNET, just like a normal lighting fixture, are possible as well as computer control via ILDA or LAN. Of course the laser can be run in stand alone operation, too. The contents for playback (for DMX, ArtNet, Stand-Alone, etc.) can be fully customized. As the ShowNET laser mainboard comes with a full license of the Showeditor software, it is easy to create custom content for the built-in memory or even directly control the laser with a computer – either live or for creation an playback of complete laser shows.

If ILDA shall be used as control option, like from an external Lasergraph DSP, the internal ShowNET mainboard can also be used as receiver for an ILDA streaming signal – so the externbal ILDA signal can be feeded to an external ShowNET device and this sends the direct control to the tarm 13 via ILDA Streaming – so no long ILDA cables are required any more, even with ILDA based control systems.

The tarm 25 OUTDOOR is made in Germany and is a compact show laser system that is ideally suited for top professional laser show applications of any kind. It is built with the latest RTI semiconductor laser modules that are specially designed in a way to keep spot size as well as divergence equal on both x- and y-axis. This is significantly advantageous over solutions with a very good divergence on one axis, but a bad divergence on the other. The laser modules inside the tarm 25 OUTDOOR are different – the spot size and shape is equal for all colors and on both axis

The beam specifications of the new tarm 25 OUTDOOR are given with only ca. 5.0 mm diameter and <0.8 mrad divergence – which applies to both axis. The extremely small beam diameter allows for the use of very small mirrors, which results in reduced inertia and thus very good scanning performance.

The tarm 13 OUTDOOR is made in Germany and is a compact show laser system that is ideally suited for top professional laser show applications of any kind. It is built with the latest RTI semiconductor laser modules that are specially designed in a way to keep spot size as well as divergence equal on both x- and y-axis. This is significantly advantageous over solutions with a very good divergence on one axis, but a bad divergence on the other. The laser modules inside the tarm 13 OUTDOOR are different – the spot size and shape is equal for all colors and on both axis

The beam specifications of the new tarm 13 OUTDOOR are given with only ca. 5.0 mm diameter and <0.8 mrad divergence – which applies to both axis. The extremely small beam diameter allows for the use of very small mirrors, which results in reduced inertia and thus very good scanning performance.

When used with Lasergraph DSP hardware or the LA.toolbox network, up to 4 independent Laser Disable buttons or the Laser Disable software can be selected via their IP address. Allowing you to create different safety groups for various zone control of your laser shows.

Each beam outlet is equipped with an RGB laser diode module with a brilliant white balance as well as an own X/Y scanner set with 45 kpps @ 8° ILDA.
In addition to the single beam, the RTI NEO projectors offer ten preset patterns such as squares, circles, triangles, etc., all are displayed through all six outlet windows, but can also be selected individually.

The RTI NEOs are controlled by DMX, which allows on the one hand to create many different chaser, beam and fan effects and on the other hand to easily integrate the projectors into already existing lighting setups. Additionally, the most important settings can be made via an integrated display.

These systems are great visual effects for stages, live gigs, clubs and show productions as well as for any event that wants to set extraordinary visual accents.

These high-performance RSL modules with their extremely low divergence and homogeneous beam shape make the RTI PIKOs extremely high-visibility laser systems. The small beam diameters of approx. 8 mm* allow the use of small scanner mirrors with lower inertia, which enables high scanning speeds.

The standard scanners can perform at a maximum scan speed of 42 kpps @ 8° ILDA and a maximum scan angle of 48° (at 28 kpps). The intelligent LaserAnimation Sollinger Mainboard is integrated into the laser projectors, which provides the laser operator with a variety of control and setting options (e.g. via the LA.toolbox) or transmission options (such as AVB). In combination with the ShowNET Laser Mainboard, which is also integrated, ILDA, LAN (software), DMX / ArtNET control, player operation, etc. are available, ensuring the highest possible flexibility. Thanks to the new LAS mainboard, the laser output of the PIKO projectors can be interrupted via Ethernet using our Laser Disable Button. The Laser Disable can be easily integrated into the network and configured. Control signals can be looped through directly via the integrated network switch.

In the RTI PIKO 46, the standard integrated 525 nm green can be replaced by 10 Watt 532 nm OPSL on request. The powerful RTI PIKO RGB lasers are suitable for indoor and outdoor applications, e.g. at concerts, festivals and other large events. Projections over long distances are no problem for the laser thanks to the extreme power and good divergence.