skybeam
Be it as a single static beam vertically into the sky or horizontally with several beams of a grating: a skybeam is sure to draw everyone's attention.
The beam pattern of the outdoor-proof, laser-based skybeam is wholly innovative: significantly slimmer, sharper and finer than that of a conventional “space cannon”, but not a thin, green “clothesline” familiar from standard lasers.
Even over a distance of several kilometers, the beam of the skybeam is still perfectly visible. With its enormous power, the low beam diameter and the small divergence, this technology will be the perfect solution for many projects.
With its innovative features, the skybeam is certainly predestined for eye-catching applications, which will not only amaze visitors on location, but also potential guests in the immediate and wider surroundings. In addition to the installation of several modules as conventional beam lasers, coming together in a pyramide- or web-like shape above the heads of the visitors and thus providing an
Built for Extremes
The skybeam is suitable for outdoor operation, with its IP54 housing fully protecting it against touch as well as splash water from all directions.
Energy Efficiency
Compared to conventional solutions, the skybeam convinces with its exceptional energy efficiency. In contrast to the approx. 400 Watts of power consumption of a skybeam, a space cannon requires 8,000 Watts - this corresponds exactly to a factor of 20(!) in favor of the laser solution. Thus, light pollution, often a point of criticism of environmentalists, is basically eliminated, as 100 Watts of laser light yield a better result “in the air” than 7,000 Watts of a XENON lamp.
Virtually maintenance-free
The skybeam is designed for maintenance-free, reliable continuous operation. In contrast to established solutions, time-consuming, permanent readjustments are not even necessary in road usage. The laser modules have a typical lifetime of several thousand operating hours.
Easy handling
The system allows for quick assembly. In addition to standard mounting with a bracket, the devices also offer fine adjustment after the actual assembly for the exact orientation of the laser beam.
skybeam – Test Set-up
This test set-up shows the enormous performance of the skybeam, with its smaller beam diameter and the lower divergence – compared to XENON spotlights – offering the perfect solution for many applications.
skybeam – High-quality Housing
Not only the performance of the skybeam is convincing - with a height of about 1.5m, the high-quality housing of the device is a real eyecatcher.
skybeam – Stacking
Thanks to the extremely slim build of the skybeam, a matrix-like arrangement ("Stacking") of any desired number of additional units to increase brightness is also possible – i.e., the beams of the individual devices are located so close to each other that they appear as a single overall beam to observers. This way, laser beams with several thousands of Watts (!!) can be generated – globally unique.
skybeam – Cross-section
In the cross-section of the skybeam, the electronics on the left, the actual laser unit with cooling system in the middle, and the possibility for fine adjustment with multi-stage, adjustable collimation optics on the right are clearly visible.
skybeam – Special Optics - Starry Sky
Instead of a single beam into the sky, so-called grating optics can be used to split up the individual beams into hundreds of separate beams, which exit the device in a wide angle. By projecting such a fan onto a surface, the impression of a starry sky with thousands of light points is created.
skybeam – Line Optics
For line optics, the beam of the skybeam is split up into a multitude of individual beams, exiting the device in a fan-like shape, but still extremely bright.
