Philips Vari-Lite Announces VL4000 BeamWash Product Showcase Dates

	Vari-Lite's VL4000 BeamWash

Philips Vari-Lite announces new product showcase dates for the VL4000 BeamWash. Starting in Los Angeles at Club Nokia, public showcases for the VL4000 BeamWash will also take place in Mexico City at Sound:Check Xpo, plus the Tennessee Performing Arts Center in Nashville. The new VL4000 BeamWash combines stunning wash capabilities with intense beam functionality and the ability to produce a powerful, collimated shaft of light all without the need to change lenses.

"Since its initial announcement, the VL4000 BeamWash has received a tremendous amount of inquiries from not only our authorized dealers but from end users as well," said Julie Smith, Philips Entertainment general manager of the Americas. "We are proud to be hitting the road with a fantastic new lighting tool that offers new levels of creativity, and we can't wait to showcase it in some amazing venues."

On Wednesday, April 22, 2015, the VL4000 BeamWash showcase inside Club Nokia will take place from 2:30 - 4:30pm at 800 West Olympic Blvd., Los Angeles, California 90015.

From Sunday, April 26 - Tuesday, April 28, 2015, the VL4000 BeamWash will be on display 12:00 - 8:00pm at Sound:Check Xpo in the Stand de Showco, Salon OLMECA II WTC.

On Wednesday, April 29, 2015, another VL4000 BeamWash public showcase will be held from 2:30 - 4:30pm on stage at the James K. Polk Theater inside the Tennessee Performing Arts Center located at 505 Deaderick Street, Nashville, Tennessee 37243.

Producing 43,000 lumens in standard mode (35,000 studio mode), the VL4000 BeamWash uses a Philips 1200W lamp to provide incredible point-of-source imagery through its single 10" front lens. When used in wash mode, the luminaire provides a 10- to 60-degree zoom range. By simply adjusting a DMX value, the VL4000 BeamWash can shift to an intense beam luminaire with an amazing 4- to 40-degree beam angle, or a shaft fixture for a powerful, collimated ray of light where the 4-degree beam angle can be further reduced to near zero.