Line Array Systems See More
Line Array Systems
Designed and manufactured in Portugal, Europe, our Line Arrays are Recognized for their exceptional sound quality and reliable performance. With a robust design and construction and an established reputation, our Line Arrays offer a superior listening experience that exceeds audience’s expectations.
Check our models:
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LA212x
The LA212x is a 3-way fully horn loaded, axially symmetric, line array element, capable of producing crystal clear, detailed and extremely powerful audio performance over distance, with an exceptional 90° horizontal constant dispersion control.
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LA210X
The LA210x is a medium format three-way, coaxial, active line array element designed to support a wide range of mid to large-sized touring applications and installations where easy to use, from transportation to installation and rigging, are critical. Built-in powerful DSP and amplification eliminates amplifier racks, long loudspeaker cables, and basic system calibration.
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LA122A
The LA122A is a 2-way 12” Line Array system incorporating advanced neodymium speakers, custom made by B&C and a high performance DPA amplifier module, capable of generating 2220Wprg of high-definition power for a very high acoustic pressure for medium to large scale applications.
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LA122
The LA122 is a 2-way 12” Line Array system incorporating advanced neodymium speakers, custom made by B&C, with a very high acoustic pressure for medium to large scale applications. This system is designed for use in permanent installations as well as touring system comprises two models, two line arrays elements – LA122 and LA122W (wide version), with different coverage angles (8ºx90º and 15ºx120º respectively). For low frequency extension the LAs118 or Las418G subwoofers can be used.
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LA26
The LA26 is a 2-way, full range line array cabinet housing two 6.5″ neodymium Planar Diaphragm LF drivers, one 2″ diaphragm HF neodymium driver loaded by Oblate Spheroidal Waveguide and a passive network presenting a nominal input impedance of 16?. The LF drivers are mounted on the side walls of the HF waveguide . The special planar diaphragm construction of these LF drivers suppresses the cavity effect and avoids any interference on the HF waves propagation inside the HF Oblate Spheroidal Waveguide.
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