- LASER SHOW
Kontakt: /00421/ 0904 887 226 , email@example.com
We officially launched our first semiconductor diode laser system back in 2011 in Birmingham, UK. Today’s Atom series combines the latest semiconductor diode laser technology with battlefield proven construction and integrated FB4 controller.
Our Atoms already showed their potential in power demanding applications while we manage to keep their sales price at a reasonably low level. Atom lasers are the bridge between smaller Clubmax FB4 systems and our flagship Spectrum laser projectors.
KVANT Atom 9 HPS is a powerful semiconductor laser system designed mainly for graphics-heavy laser displays. This robust system is built to last, and it is equipped with the 60 Kpps Saturn1 scanning as standard. Besides other ways of control, every Atom laser display system can be controlled directly from a lighting desk over the ArtNet.
Every KVANT laser system is delivered with a Quality Control Certificate. The certificate includes the power output measurement of each laser wavelength within the system
|Guaranteed power at aperture:||9000 mW|
|Power Red:||2 750mW/637nm laser module KVANT|
|Power Green:||1 800mW/520nm laser module KVANT|
|Power Blue:||4 000mW/445nm (445+460)nm laser module KVANT|
|Scanning system:||Saturn1 | 60kpps/7°|
|Laser safety features:||Keyed interlock, emission delay, magnetic interlock, scan-fail safety, V-RAD 506 mechanical shutter | reaction time <20ms, adjustable aperture masking plate.|
|Beam Specifications (full angle):||ca. 4*3,5 mm / 0,79mrad|
|Modulation:||analog , up to 100kHz|
|System features:||All the basic control settings such us X & Y sizes, scan-fail safety settings etc. are adjusted digitally using inbuilt interface. This systems also features scanning system protection and daisy chain of emergency STOP signal for multiple system "one-hit"|
|Power requirements:||100-230V/50Hz (±5%)|
|Power Consumption:||max. 600VA|
|Operation temperature:||10-40 °C|
|Ingress protection rating:||IP 54|
|Dimensions / L x W x H /:||336x471x267 mm|