Meta-Tech Solutions and Systems Corp.

MAC Aura PXL

Specifications: 

  • Light Source: 19x 60W RGBW LEDs + Aura Backlight System
  • Output: Up to 10,500 lumens
  • Zoom Range: 6° – 50° for flexible beam and wash effects
  • Control Protocols: DMX, RDM, Art-Net, sACN, and Martin P3
  • Pixel Control: Full individual pixel mapping for creative effects
  • Dimming: Smooth, flicker-free dimming with 16-bit control
  • Strobe Rate: Up to 20 Hz
  • Cooling System: Advanced active cooling with silent operation mode
  • Weight: 8.5 kg (18.7 lbs)
  • Power Consumption: max 750W
  • IP Rating: IP20 (for indoor use)

Description

The Martin MAC Aura PXL is an advanced LED moving head wash designed for concerts, festivals, theaters, and broadcast studios. It offers individual pixel control, rich RGBW color mixing, and a stunning aura backlight effect. As a result, lighting designers can create eye-catching visuals with smooth transitions. Whether for vibrant washes, pixel-mapped effects, or immersive stage designs, this fixture delivers exceptional brightness and precision control.

With 19 independently controlled 40W RGBW LEDs, the MAC Aura PXL produces dynamic, pixel-mapped effects. Its wide zoom range of 6° to 59° allows for tight beams or broad, uniform washes. Additionally, the aura backlight effect enhances depth, adding a unique visual element to any production. This makes it ideal for concert tours, TV broadcasts, and stage performances.

Built for professional use, the MAC Aura PXL ensures flicker-free operation, making it perfect for live-streamed events and film productions. Its compact yet durable design allows for easy transport and installation. Moreover, it supports DMX, Art-Net, sACN, and Martin P3 control, ensuring seamless connectivity in any lighting setup.

The Martin MAC Aura PXL pushes the boundaries of LED wash lighting. With powerful performance, advanced pixel control, and stunning effects, it is a game-changer for lighting professionals. Elevate your productions today with this cutting-edge fixture.