for stringed instruments (violin, viola, Cello, Bass...)
- First: loudness is incresased, often from 10 to 30%.
- Second: tone quality seems to improve in the same or greater percentage as loudness.
- Third: Almost perfect evenness results throughout the entire fingerboard.
As you will see on the next pages, this process involves three stages and takes me several days to accomplish. All changes on external to the instrument, and the amount of material removed is slight. The cost is economical and the imporvements permanent'.
*The first stage involves determining the current frequencies of the instrument by measuring 'tap tones' with a labratory acoustical spectrum analyzer. ( I use a Hewlett Packard 3582A Spectrum Ananyzer) These are recorded and a copy is given to you.
- The second stage is to make the adjustments by scraping or sanding various areas of the fingerboard, tailpiece, nut, and end pin; all the time moving toward the acoustical goals set for the particular instrument after a review of the results obtained in stage one above.
* The third stage is restringing the instrument and test playing, noting minor tuning problems which are then also adjusted until at last the instrument is at its optimun adjustment.
As far as I know, I have discovered this acoustical effect, and hereby claim it as my intellectual property. I will be exploring protecting this 'invention' with a patent.
This information is the result of five years of research to determine what makes violin family intstruments produce superior sound. After sorting through many ideas and techniques offered by others, and with the help of Ron Kilde as my professional violinist giving playing feed back, and doing many tests and trials of my own ideas, this technique of 'Acoustical Tuning' has evolved and been refined until it is now ready to be shared with the music world.
In a 'nut shell', any vibrating string interacts with its support structure (the instrument) and the effect of the support structure (the instrument) either enhances or detracts from sound quality of the vibrating string.
What I believe I have determined is how this interaction operates, how it is measured and how it is adjusted for the benefit of an individual instrument.
Based on my extensive testing program, I think I have identified several key elements for a successful instrument. Importantly, most well made instruments can be adjusted to these ideal circumstances within a few hours by a professional in this field through this process of 'acoustical tuning'.
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