An enhanced saxophone design for today’s professional.
The Yamaha YAS-875EXII Custom EX alto saxophone marks a huge step forward in saxophone design. Offering players a wealth of new musical possibilities, the new Custom EX has been designed in collaboration with some of the world’s most talented saxophonists, including Nobuya Sugawa, Jean-Yves Fourmeau and Otis Murphy. Their invaluable input has facilitated the creation of an instrument that provides expressive sounds and a stress-free playing experience.
Acoustic Annealing is a precise heat-treating process that altars the grain shapes of the brass molecules in order to attain a quicker, more even response as well as improved resonance. Yamaha uses their own, proprietary, acoustic annealing process that is fine-tuned to reach the desired effect on Yamaha instruments.
Post-to-Rib Construction – The key posts are soldered onto a separate bar of metal called a rib which is then soldered onto the body of the saxophone. This increases the strength of construction as well as the weight of the instrument. The added weight results in increased resonance and a richer, deeper sound. Different saxophones use different sized ribs in order to affect the weight and sound quality in different parts of the instrument.
The redesigned Custom EX alto saxophone features include:
Redesigned Ergonomics: Key shapes and angles were re-analyzed and adjusted for more comfortable hand position and quick, nimble action.
Improved Low-Range Response: During the design process, Yamaha experimented with new methods for producing the bottom bow of the instrument. The diameters of the low C and D toneholes have been reduced and the tone holes have been moved closer to the mouthpiece. Additionally, the new bottom bow has been heat-treated through Yamaha’s proprietary acoustic annealing process. The combination of these design changes provides a more responsive and warm sounding low range on the saxophone.
Case: The ASC-800E case offers a contemporary look and includes backpack straps for ease of transport.