Newly developed advanced lens and focus systems provide an adjustable zoom range of 0.7° and 5°, while maintaining a uniform beam profile with sharp-edged and uniform illumination without ‘hot spots’. The tarm BLAZE is equipped with a colour wheel that includes 19 colors+white, a dual gobo wheel with 19 static and 6 rotating gobos, a bi-directional frost filter, dual prisms 1x  16-facet radial and 1x 6-facet linear with bi-directional rotating speed to unleash your creativity.

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.

To cope with varying temperatures, the tarm OUTDOOR units are equipped with an active watercooling system, that is built into the housing. An active heating system helps to keep the laser systems operational even at low temperatures. Thus the tarm 6 OUTDOOR lasers can be used at environmental temperatures between -10°C and +45°C. A CT Scanner upgrade with LAS Turboscan drivers is available for the tarm 6 OUTDOOR to achieve top end quality graphics results.

The tarm 6 OUTDOOR show laser projector is a full color whitelight RGB laser systems with full analog color modulation and diode-only equipment. The guaranteed output power is specified at 6’000 mW after optics.

The tarm 6 OUTDOOR units have a built-in network DAC for Showcontroller, Showeditor, Touchdesigner, MadLaser, etc., but also can be controlled with any ILDA laser control software such as Pangolin Quickshow, Pangolin Beyond, LSX, Lasergraph DSP, etc. via external ILDA interface (e.g. FB3) and ILDA streaming. They also have a built-in memory with pre-set patterns, that can be easily triggered through ArtNet and automatic mode.
The tarm 6 OUTDOOR comes with integrated ShowNET network interface and free laser show software

The tarm 3 OUTDOOR show laser projector is a full color whitelight RGB laser systems with full analog color modulation and diode-only equipment. The guaranteed output power is specified at 3’000 mW after optics.

The tarm 3 OUTDOOR units have a built-in network DAC for Showcontroller, Showeditor, Touchdesigner, MadLaser, etc., but also can be controlled with any ILDA laser control software such as Pangolin Quickshow, Pangolin Beyond, LSX, Lasergraph DSP, etc. via external ILDA interface (e.g. FB3) and ILDA streaming. They also have a built-in memory with pre-set patterns, that can be easily triggered through ArtNet and automatic mode.
The tarm 3 OUTDOOR comes with integrated ShowNET network interface and free laser show software.

The tarm 11 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 11 OUTDOOR are different – the spot size and shape is equal for all colors and on both axis

The beam specifications of the new tarm 11 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 beam specifications of the new tarm 25 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 25 impresses with a guaranteed RGB output power of 24’500 mW. Great visibility is achieved with the new RTI Semiconductor Laser modules (RSL) with special wavelengths for increased visibility: 7’500 mW / 637 nm for a very bright red combined with 12’000 mW / 525 nm green and a strong blue laser module with 10’000 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 25 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 25 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-6210H 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 25 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 25 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 11 via ILDA Streaming – so no long ILDA cables are required any more, even with ILDA based control systems.

The beam specifications of the new tarm 11 are given with only ca. 5.0 mm diameter and 0.7 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 11 impresses with a guaranteed RGB output power of 11’000 mW. Great visibility is achieved with the new RTI Semiconductor Laser modules (RSL) with special wavelengths for increased visibility: 3’500 mW / 637 nm for a very bright red combined with 5’000 mW / 525 nm green and a strong blue laser module with 4’000 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 11 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 11 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 11 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 11 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 11 via ILDA Streaming – so no long ILDA cables are required any more, even with ILDA based control systems.

The climate housing has an integrated temperature sensor which automatically starts the cooling function as soon as a certain temperature is exceeded. This ensures the optimal operating temperature of the laser system. In addition, the tarm OUTDOOR system protects against low temperatures (up to – 5°C) by activating an integrated heater at an ambient temperature of +10°C and below. This ensures the optimal operating temperature of the laser and prevents undercooling and damage to the laser as well as impact on output quality.