The 2019 study published in the MDPI journal Forests investigates the potential of using bark features to identify high-quality resonance spruce trees, crucial for musical instrument manufacturing. It specifically utilizes the Arbotom Sonic Tomograph to assess the internal wood structure through acoustic imaging. This method is non-destructive and highly efficient as it allows for precise evaluation without harming the tree. The results indicate that certain bark characteristics, which are easily observable, correlate well with the acoustic properties measured by the Arbotom. These findings could revolutionize the way resonance wood is selected, making the process more sustainable and cost-effective by reducing the number of trees cut down unnecessarily.
For a comprehensive understanding of the methodology, results, and implications of this study, you can read the full paper here: Bark Features for Identifying Resonance Spruce Standing Timber. This will provide you with a deeper insight into how the Arbotom Sonic Tomograph is used in practical research settings and its benefits in the field of timber selection for musical instruments.
Visit the Arbotom Sonic Tomograph page for more details on the equipment and how it can be utilized for research and timber structure analysis.
