Blizzard Lighting Mezmerizor

250mw RGB 3D Laser Effects

The Mezmerizor™ 4FX is a high power class 3R 250mw RGB laser effect that aims to please with stunning aerial and 3D RGB laser effects! It's packed with goodies, like 120 static and 20+ animated 3D patterns. Richly saturated colors from separate red/green/blue laser modules and a high-speed 15,000 point per second (15kpss) scanner system generate smooth shapes, fast moving aerial effects, and totally awesome 3D animated effects, such as the cityscape animation, a halloween theme, an animated dancer, animals running, birds flying, and more.

Set the fixture to run in 15-channel DMX mode via its traditional slide-style rear panel dip switches or run in sound active or auto mode with 3D shape effects. In DMX mode, the Mezmerizor™ 4FX also allows full control of the mode selection, pattern selection, color changing effects, plus auto and manual X/Y position adjustments, X/Y dimmer, rotation, zoom, draw, and roll functions. Compact in size and light in weight, it's easily mountable with its single secure hanging bracket.

• High power class 3R RGB laser
• Sound active mode, auto mode, DMX512 (15ch) & master/slave
• 120 static patterns and 20+ animated graphic show patterns
• 3-pin DMX In/Out
• Microphone sensitivity adjustment knob
• Dip Switch controlled function settings
• Polished blue aluminum casing w/hanging bracket
• Compact and lightweight (it kept its new year’s resolution!)
• Complies with US FDA CDRH laser safety standards 21 CFR 1040.10, 1040.11, 1040.11

• Wavelength: 650nm (red), 532nm (green), 470nm (blue)
• 100mW (red), 50mW (green), 100mW (blue), 250mW (white - all)

• Length: 14.6 inches (37 cm)
• Width: 12.6 inches (32 cm)
• Height: 5.2 inches (13 cm)
• Weight: 9.3 lbs (4.2 kg)

• Protocol: USITT DMX-512
• DMX Channels: 15
• Operating Modes: Standalone, Master/Slave, Sound Active
• Input 3-pin XLR Male
• Output 3-pin XLR Female

• 110-250VAC, 50-60 Hertz
• Fuse: 2A 250V
• Power Consumption: 50W

• 2-year limited warranty, does not cover malfunction
• caused by damage to LEDs