The Helsinki Music Centre has revealed the world’s inaugural 3D printed biocomposite pipes in its Rieger organ. These pipes, crafted from Finnish wood-based UPM Formi 3D biocomposite, mark a significant stride in organ manufacturing.
The organ, boasting an impressive 260 meters of 3D printed sounding pipes and wind lines, stands as the largest modern organ in a concert hall globally. This achievement is the result of a collaborative effort spanning Finland, Spain, and Austria. The innovative use of biocomposite material facilitates large-scale 3D printing, ensuring a flexible, cost-effective, and environmentally friendly production process.
The biocomposite’s unique properties, including minimal shrinkage, rapid cooling, and self-sustaining features, contribute to the efficient production of intricate organ elements. Beyond its musical excellence, the project aligns with sustainability goals, as 3D printing generates minimal waste, and the wood-based biocomposite is fully recyclable.
As the Helsinki Music Centre Foundation embraces responsible material utilization, the biocomposite’s inherent acoustic qualities add a new dimension to organ construction.
The Helsinki Music Centre’s pioneering use of 3D-printed biocomposite organ pipes sets a remarkable precedent for the industry. With sustainability at its core, this musical development hints at a future where musical instruments seamlessly blend artistry and environmental consciousness. The opening concert, featuring renowned organist Olivier Latry, promises an unparalleled auditory and visual experience on January 1, 2024. Latry also contributed to the design of the organ.
Source: lesprom.com
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