NEC PX1004UL: low maintenance 4K laser projector for large spaces

Ideal for use in educational environments, museums, workshops, as well as scenery applications, this installation system 10.000 lumens and resolution WUXGA uses SSLA technology and reaches up to 20.000 hours of activity.

NEC Display Solutions Europe has introduced the PX1004UL laser projector, offering optimal image quality with 4K processing and operation up to 20.000 hours without maintenance. It has brightness up to 10.000 lumens and is part of the Solid State Light range (SSL) which includes equipment 5.000, 6.000, 8.000, 10.000 y 12.000 ANSI lumens.

4K signal support offers great image quality with great color reproduction and brightness. The projector allows continuous use thanks to the combination of Digital Light Processing technology (DLP) and WUXGA resolution, which ensures optimal color and gloss performance. It is ideal for large spaces such as educational environments, museums and offices, as well as scenery applications.

The PX1004UL uses SSLA technology and reaches up to 20.000 hours of activity. Laser technology eliminates the need for lamp replacement. Besides, employs dust-proof technology that requires no filter. These features together with low power consumption provide high reliability and low maintenance., That's why the PX1004UL projector is the perfect choice for environments where total cost of ownership and maintenance are critical..

“Low total cost of ownership is essential for most sectors, so the PX1004UL offers a significant advantage, since it does not have a filter and does not need to replace the lamp. This laser projector helps organizations provide unparalleled image quality, while entailing a low maintenance cost”, explica Gerd Kaiser, Senior Product Line Manager for Large Venue Projectors de NEC Display Solutions Europe.

The projector has simple and flexible installation options with support for third-party lenses, allowing it to be used as a drop-in replacement. The horizontal and vertical options mean that the image can be viewed from any angle and thanks to the geometric control function it can be used on curved surfaces.