Specifications

7
CHROME PLATED SHARPY
BRILLIANT MIRROR FINISH ADDS A DISCREET FLASH OF GLAMOUR
code C61195
Sharpy, the world’s most powerful per watt beam light, is now avail-
able in shiny mirror-finish chrome, making it discreet on stage, sets
and interiors, and ideal for TV studios, showrooms, fairs, conference
rooms and at industrial presentations.
With its new chrome plating, Sharpy brings an element of glamour,
while still preserving its optimal thermal features (heat dissipation de-
teriorates most finishes, but does not affect the Sharpy’s in any way).
The Chrome Sharpy also blends seamlessly into its setting, becoming
less visible to the eye by reflecting the light and surrounding environ-
ment.
SHARPY HITS THE ROAD RUNNING
2011 Eurovision Song Contest
Blue Peter Show, BBC, UK
2011 Beyonce world tour 2011 Paul McCartney world tour
Million Dollar Drop (AU)
Huge Party Band, York Opera House, UK
REVIEWS
This is the type of output normally seen with Xenon fixtures, not sub-
200W lamps that could pass as carry-on luggage.
Patrick Dierson, Live Design Online, February 2011
Clay Paky in their turn have done a good job of optical design to
provide as narrow a beam as I’ve seen for some time.
Mike Wood, Lighting & Sound America, March 2011
Sharpy projects an extremely bright, sharp and narrow beam with
less electricity, yet no compromise to the quality of the projection.
Douglas Cole, Sound & Lite, March/April 2011
I have to admit this fixture is the closest I have ever seen a yoke light
move to a mirrored fixture. […] It is indeed the new age equivalent of
a par 46 ACL beam on steroids.
Nook Schoenfeld, PLSN, June 2011
Sharpy is a miniature Beam Light providing extreme power without
compromises. Its production and engineering quality is of the highest
level and its optical quality sets a new benchmark.
Production Partner, March 2011
What was really impressive… the speed of the fixture. The Sharpy is
SUPER fast with it’s pan and tilt. It’s so fast it almost hurts to watch
the fixture move.
Justin Lang, iSquint.net, March 2011