Adeje Auditorium and Theater

In 2025, Ideatec Advanced Acoustic Solutions participated in the development of the acoustic conditioning for an auditorium and theater located in Adeje, a project designed to offer a high level of sound comfort and acoustic quality in spaces intended for cultural activities, stage performances, and public events. The intervention included the installation of acoustic solutions on ceilings and walls, combining technical performance, architectural design, and different decorative finishes adapted to the interior aesthetics of the building.

For this project, the Ideacustic High 16 and Ideawood Idealux FL systems were used, two solutions developed to optimize acoustics in auditoriums, theaters, and multifunctional rooms. Both systems were installed in different areas of the space, both on ceilings and walls, allowing for an improvement in the general acoustic behavior of the venue and guaranteeing a balanced and comfortable listening experience for the audience and the artists.

Performing spaces require precise acoustic control to ensure correct sound diffusion and minimize problems such as echoes, excessive reverberation, or loss of intelligibility. Thanks to the combination of Ideacustic High 16 and Ideawood Idealux FL, a significant improvement in acoustic absorption and sound clarity of the venue was achieved, favoring musical performances as well as theatrical plays and conferences.

In addition to their technical features, both systems provide high aesthetic value thanks to their multiple finishing and personalization possibilities. Ideawood Idealux FL incorporates wood surfaces that bring warmth and elegance to the interior design, while Ideacustic High 16 offers high-performance acoustic solutions harmoniously integrated into the architecture of the space.

With this project in Adeje, Tenerife, Ideatec Advanced Acoustic Solutions continues to expand its experience in architectural acoustics for auditoriums, theaters, and cultural spaces, developing solutions that combine innovation, design, and acoustic efficiency for projects of high technical and architectural demand.