On Developing Enhancement Artefacts for Musical Instruments via 3D-Printing: A Case Study on the Euphonium

Abstract In this article, we describe our perspective on designing novel 3D-printed artifacts for enhancing the capabilities of classical musical instruments. Grounding our reflections on organology, traditional practice, and repertoire, we present a case-study on designing devices for euphoniums. Artifacts are developed throughout a collaborative process with a professional euphoniumist, whose suggestions and expertise allows the refinement of the prototypes and their direct evaluation in performative scenarios.

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Publication Details

Journal
Leonardo
Published
2025-12-22
DOI
https://doi.org/10.1162/leon.a.2662
Primary Topic
Music Technology and Sound Studies
Type
article
Field-Weighted Citation Impact
0.00
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article

On Developing Enhancement Artefacts for Musical Instruments via 3D-Printing: A Case Study on the Euphonium

Francesco Ardan Dal Rì, Marina Boselli, Francesco Manenti
Leonardo
Music Technology and Sound Studies
article

On Developing Enhancement Artefacts for Musical Instruments via 3D-Printing: A Case Study on the Euphonium

Francesco Ardan Dal Rì, Marina Boselli, Francesco Manenti
article en

Abstract

Abstract In this article, we describe our perspective on designing novel 3D-printed artifacts for enhancing the capabilities of classical musical instruments. Grounding our reflections on organology, traditional practice, and repertoire, we present a case-study on designing devices for euphoniums. Artifacts are developed throughout a collaborative process with a professional euphoniumist, whose suggestions and expertise allows the refinement of the prototypes and their direct evaluation in performative scenarios.

Leonardo
University of Trento (IT), Music Conservatory of Mantova (IT), Bose (United States) (US)
Openalex Percentile: Top 37%
Music Technology and Sound Studies
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