GIK Acoustics Releases New Scopus Tuned Traps

May 29, 2012 - PRLog -- GIK Acoustics introduces the new Scopus Trap, specially designed for controlling lower frequencies within rooms.  The GIK Scopus Trap takes low end control to a new level in three options that cover 30hz to 135hz with maximum targeted absorption incorporating a pressure-based membrane design with an air tight chamber.

The GIK Scopus uses a membrane design with an air tight chamber.  Think of them like a drum in reverse.  When you strike a drum, it makes a sound based on the mass of the head and the size and depth of the drum body.  In the Scopus Trap, the sound strikes the ‘head’ and causes the membrane to move, absorbing the energy based on the mass of the membrane and the depth of the sealed cavity.

GIK President Glenn Kuras states, "With the introduction of the Scopus Trap we are able to provide customers with maximum low end control without deadening the room. Including this product in our line continues the GIK tradition of staying on the forefront of product development by expanding a wider array of solutions for many different room designs."

Certified lab tests have proven that the GIK Scopus Traps provide better sound quality than any other traps on the market. For results visit: http://www.gikacoustics.com/files/A12_001_120103_A.pdf

GIK also offers the option to build the The Scopus Traps to target whatever center frequency  is required for your needs.   For professional, targeted bass control, look no further then the GIK Scopus (Tuned) Trap series.

About GIK Acoustics:
With thousands of GIK acoustic panels, bass traps, and diffusers installed around the world and with locations in the U.S. and Europe, it is clear that GIK Acoustics is the #1 choice for recording studios, listening  rooms,  home theaters, churches, and live auditoriums. GIK Acoustics not only provides the largest selection of highest quality products at affordable prices, but provides its clients with a professional design and support staff to help you achieve a quality acoustic space.