Robe lighting - PAINTE TE 310W HP White LED Engine
Robe lighting 14080078 - PAINTE TE 310W HP White LED Engine
1075248
Perfection is not limited by size. Our PAINTE® Fresnel offers the compact, quiet and perfect quality wash solution for short and medium-range applications in theatrical, television, installation, live or corporate environments to create your masterpiece!
Artists need a vast palette of colours. The colours of the PAINTE® Fresnel are unlimited thanks to the advanced CMY colour mixing system, a colour wheel comprising nine dichroic colours, a variable CTO and ChromaTint™ control of green/magenta content.
Designed for noise-sensitive environments with an appropriate suite of ventilation controls, the PAINTE® Fresnel offers a choice of a 310W HP (High Performance) TE™ white LED engine for maximised output of 10,850 lm (integrating sphere) or 310W HCF (High Colour Fidelity) TE™ engines for the best possible colour rendering with an inherent CRI of 96. TRANSFERABLE ENGINE technology offers you interchangeable solutions specific to your needs, combined with the ability to maintain light quality and consistency across your entire inventory.
With all the softness of a classic Fresnel beam, the motorised zoom with an 8.3:1 ratio produces a range of 6°- 50° from its 150mm Fresnel lens, making it the perfect compact wash fixture.
The PAINTE® Fresnel offers unmatched levels of beam control for a fixture in its class, including medium and light frosts; a graduated RotaScrim™ filter with position control, +/- 180° rotation and edge colour correction; the fast 4Door™ internal shutter system for precise control of individual shutters and +/- 90° module rotation for maximum flexibility.
The PAINTE® Fresnel is packed with Robe innovations including Cpulse™ flicker-free management for the latest cameras; L3™ Low Light Linearity dimming software for imperceptible fades to black; AirLOC™ (Less Optical Cleaning) technology keeping optical elements in perfect condition for longer; EMS™ Electronic Motion Stabiliser technology for improved fixture stability.
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