A mini-music machine includes: a platform; a plurality of arcos disposed around a perimeter of the platform, the plurality of arcos disposed in a substantially vertical orientation; a central mast disposed substantially at a center of the platform; and a serpentine figure disposed around the central mast, wherein each of the plurality of arcos is strung with a musical instrument string, and wherein each musical instrument string is tuned to produce a musical tone when caused to vibrate.

A mini-music machine includes: a platform; a plurality of arcos disposed around a perimeter of the platform, the plurality of arcos disposed in a substantially vertical orientation; a central mast disposed substantially at a center of the platform; and a serpentine figure disposed around the central mast, wherein each of the plurality of arcos is strung with a musical instrument string, and wherein each musical instrument string is tuned to produce a musical tone when caused to vibrate.

Waking-up a violin or other instrument by determining naturally resonating features of a particular instrument by applying tones and analyzing the instrument's responses, and then applying vibrations (e.g., continuously and/or in patterns, such as alternating on/off, staccato, etc.) corresponding to the most responsive (resonant) portions of the instrument's responses (e.g., peaks of the analyzed instrument's response) fully breaking in the various parts of the instrument. The applied vibrations are continued until the instrument's amplitude response plateaus.

A stringed musical instrument comprises a bridge that receives a plurality of strings. The bridge comprises at least one internal pocket. In some embodiments, the bridge comprises a plurality of internal pockets.

The fingerboard/fretboard and/or bridge of a stringed instrument such as a guitar or violin is constructed lead crystal in lieu of the tradition wood construction utilized for these components. The lead crystal components are identically shaped to the components they are replacing. Changing the materials of construction of the fingerboard/fretboard and/or bridge to lead crystal in the stringed instrument creates a sound which is cleaner and with less distortion than those stringed instrument with a wooden fingerboard/fretboard and/or bridge. Additionally, utilizing a lead crystal the fingerboard/fretboard and/or bridge also provides a unanticipated benefit, the instrument is no longer capable of creating a screeching sound when played improperly. The resulting instrument is one which is simpler to play for both novices and advanced players, which is still capable of emanating an appealing sound.

The fingerboard/fretboard and/or bridge of a stringed instrument such as a guitar or violin is constructed lead crystal in lieu of the tradition wood construction utilized for these components. The lead crystal components are identically shaped to the components they are replacing. Changing the materials of construction of the fingerboard/fretboard and/or bridge to lead crystal in the stringed instrument creates a sound which is cleaner and with less distortion than those stringed instrument with a wooden fingerboard/fretboard and/or bridge. Additionally, utilizing a lead crystal the fingerboard/fretboard and/or bridge also provides a unanticipated benefit, the instrument is no longer capable of creating a screeching sound when played improperly. The resulting instrument is one which is simpler to play for both novices and advanced players, which is still capable of emanating an appealing sound.

An adjustable instrument neck stiffener includes end plugs at each end of a hollow composite tube, which is preferably D-shaped, along with an adjusting bolt at one end. A first tension strip connects to one of the end plugs and a sliding element. A second strip, which is preferably made of carbon fiber, is located near the flat surface of the hollow composite tube, stiffening that side of the hollow composite tube. Tightening the adjusting bolt moves the sliding element towards the adjusting bolt end. The tension strip is also tightened, thus bowing the hollow composite tube and the instrument neck downward. This puts the hollow composite tube into compression and counteracts the tension created by the strings of the musical instrument.

A stringed instrument having a flex action tremolo. The assembly includes a neck of the stringed instrument that is capable of pivoting to cause the stings of the instrument to slack or tighten depending on the movement of the neck. A metal bar extends across a portion of the hollow portion of the body and is connected to the neck. There is at least one spring-loaded connection between the metal bar and the inside surface of the hollow portion of the body. This allows the metal bar and neck to pivot at one or more angles relative to the longitudinal axis of the neck, while maintaining the tuning of the guitar when the neck is returned to a neutral position.

A musical instrument protection system includes a plurality of pad devices each having any shape, a body including an adhesive side, a contact side, and a thickness. The pad device is defined by the adhesive side and the contact side, separated by the thickness which can be any color or design. The contact side may be in contact with a hand of a user during an in-use installed condition, and the adhesive side is configured to be adhered to an outer surface of a musical instrument such that it provides a protective barrier for protecting finished outer surfaces, preserving and sometimes enhancing the acoustics of the musical instrument.

Certain embodiments of the present invention are directed to a device for shaping and/or adjusting the shape and/or height of a guitar saddle. The present invention allows for the radius and/or height of the guitar saddle to be shaped and adjusted accurately using dial indicators coupled to mechanical positioning apparatus that provide for positioning of a saddle or saddle material for removal of a prescribed amount of material from the top of the guitar saddle while maintaining the radius.