Remaining Stock Item
LPS-BaX SixSCAN 18W (4 pcs)
Remaining Stock Item - only as long as stock lasts!Remaining Stock Item - Only as long as Stock lasts!
DEMO units. As good as new!
Experience laser performance with the LPS-BaX SixSCAN 18W RGB — a pure diode RGB laser scanner bar engineered for professionals who demand more.
Featuring six independent laser scanners and six RGB laser modules (white light), this powerhouse delivers six distinct outputs simultaneously, unlocking endless creative possibilities in a single fixture.
Experience laser performance with the LPS-BaX SixSCAN 18W RGB — a pure diode RGB laser scanner bar engineered for professionals who demand more.
Featuring six independent laser scanners and six RGB laser modules (white light), this powerhouse delivers six distinct outputs simultaneously, unlocking endless creative possibilities in a single fixture.
- 18'000 mW guaranteed power
- 6 x RGB Diode Modules
- 6 x 25kpps scanner @ 40° angle
- Full color mixing - analog modulation
- Operation Voltage 110 V – 240 V
- Power Consumption 360W max.
- Operating Temperature 5 °C up to 40 °C
- Safety: key switch, XLR E-Stop
- Optional road case for 2 PCS. LPS-Bax SixSCAN for additional 399,- Euro net.Special Remaining Stock Price:2,999.00 €excl. VAT, excl. shipping
price per unit
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DMX MODE:The laser can be controlled with a standard DMX controller or DMX software.
ArtNET Control mode
ILDA MODE:The laser can be controlled over standard ILDA, the analog control signal for laser control. External Digital-Analog-Converters (DACs) can be used.
Each scanner can be individually controlled to display either synchronized or completely different laser animations at the same time — giving lighting designers full creative freedom to craft breathtaking, multi-layered visual experiences. With its intense, vivid colors and impressive laser output, the LPS-BaX SixSCAN 18W (4 pcs) commands attention on any stage.
Designed for the demands of professional production, the LPS-BaX SixSCAN 18W (4 pcs) is available in 18W RGB laser power options and supports DMX (28, 127, 163 channels), Art-Net, and ILDA — seamlessly integrating into any professional lighting setup. Built-in features include PowerCon True1 connectivity, a 5-pin DMX connection, and an LCD display for intuitive on-site settings.
Modified and refined by LPS-Laser, the LPS-BaX SixSCAN 18W (4 pcs) combines intelligent design with uncompromising performance — making it the ideal choice for concerts, theatres, operas, TV productions, festivals, theme parks, amusement parks, and virtually any professional event where extraordinary laser design matters.
Designed for the demands of professional production, the LPS-BaX SixSCAN 18W (4 pcs) is available in 18W RGB laser power options and supports DMX (28, 127, 163 channels), Art-Net, and ILDA — seamlessly integrating into any professional lighting setup. Built-in features include PowerCon True1 connectivity, a 5-pin DMX connection, and an LCD display for intuitive on-site settings.
Modified and refined by LPS-Laser, the LPS-BaX SixSCAN 18W (4 pcs) combines intelligent design with uncompromising performance — making it the ideal choice for concerts, theatres, operas, TV productions, festivals, theme parks, amusement parks, and virtually any professional event where extraordinary laser design matters.
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Guaranteed Power at aperture
18'000 mW
Power Red
6 x 500 mW / 638 nm
Power Green
6 x 900 mW / 525 nm
Power Blue
6 x 1600 mW / 450 nm
Beam Specifications*
3 x 6 mm / 1.2 mrad
Scanner
25kpps scanner @ 40° angle
Laser Source
Diode
Laser Class
4
Operation Modes
DMX, Art-Net, ILDA
Accessories
PowerCON True1 cable, XLR E-Stop, Interlock, 2 Keys, Manual
IP rating
IP 66
Power Supply
100 V - 240 V AC, 50/60 Hz
Power Consumption
360 W max
Dimensions
1000 x 200 x 280 mm (L x W x H), without bracket
Weight
28 kg
EAN / MPN
XX0003
Download Technical Datasheet
*Due to Advanced Optical Correction technology used in our laser systems the optical power of each colour within installed laser module(s) may slightly differ from the specification of respective laser module(s). Divergence FWHM average depending on model.
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