A restringing device for a stringed instrument may include a guide chuck with one or more guide holes. The restringing device may also include one or more mandrils traversing through the one or more guide holes in a z-direction to restring a string around a tuning peg of the stringed instrument.

A device for altering the musical sounds produced by string instruments is disclosed. The device is adapted to be reversibly wrapped around and attached to a set of strings of a string instrument. The device includes a top portion and a bottom portion; an exterior surface and an interior surface; a sound altering material located on the interior surface at a location that is configured to make contact with the set of strings when the device is attached to a string instrument; one or more compartments located on the exterior surface that are configured to receive and hold a pick; and an aperture located on the exterior surface that is configured to receive and hold a string instrument tuner.

The broken string energy absorbing device includes a fixing mechanism and a cushioning and energy absorbing mechanism. The fixing mechanism is configured to fix the broken string energy absorbing device to a neck of the stringed instrument. The cushioning and energy absorbing mechanism is configured to absorb and weaken the energy when a string of the stringed instrument is broken. The present invention can sufficiently protect the user from not being exploded by the broken string when tuning the strings, which effectively ensures the safety of the user when tuning. The user no longer has the psychological burden of worrying about whether the string will be broken, so that the user can safely tune the strings, which provides good user experience and is favorable for the user to further learn the instrument.

The broken string energy absorbing device includes a fixing mechanism and a cushioning and energy absorbing mechanism. The fixing mechanism is configured to fix the broken string energy absorbing device to a neck of the stringed instrument. The cushioning and energy absorbing mechanism is configured to absorb and weaken the energy when a string of the stringed instrument is broken. The present invention can sufficiently protect the user from not being exploded by the broken string when tuning the strings, which effectively ensures the safety of the user when tuning. The user no longer has the psychological burden of worrying about whether the string will be broken, so that the user can safely tune the strings, which provides good user experience and is favorable for the user to further learn the instrument.

A guitar restringing device, including an outer plate body to connect to an outer surface of a guitar bridge, a plurality of string-receiving apertures disposed on at least a portion of a side of the outer plate body to receive at least one guitar string therein, and a plurality of ferrules disposed on at least a portion of a bottom surface of the outer plate body to be inserted into the guitar bridge and to prevent the at least one guitar string from movement away from the plurality of string-receiving apertures.

A guitar restringing device, including an outer plate body to connect to an outer surface of a guitar bridge, a plurality of string-receiving apertures disposed on at least a portion of a side of the outer plate body to receive at least one guitar string therein, and a plurality of ferrules disposed on at least a portion of a bottom surface of the outer plate body to be inserted into the guitar bridge and to prevent the at least one guitar string from movement away from the plurality of string-receiving apertures.

A guitar restringing device, including an outer plate body to connect to an outer surface of a guitar bridge, a plurality of string-receiving apertures disposed on at least a portion of a side of the outer plate body to receive at least one guitar string therein, and a plurality of ferrules disposed on at least a portion of a bottom surface of the outer plate body to be inserted into the guitar bridge and to prevent the at least one guitar string from movement away from the plurality of string-receiving apertures.

A guitar restringing device, including an outer plate body to connect to an outer surface of a guitar bridge, a plurality of string-receiving apertures disposed on at least a portion of a side of the outer plate body to receive at least one guitar string therein, and a plurality of ferrules disposed on at least a portion of a bottom surface of the outer plate body to be inserted into the guitar bridge and to prevent the at least one guitar string from movement away from the plurality of string-receiving apertures.

Disclosed herein is an apparatus for aiding in mounting strings to an instrument, which includes a frame having: a pair of opposing extension members, a cross-member connecting the opposing extension members at a distal end; and a support member extending laterally from each of the opposing extension members. The apparatus also includes a retention assembly and a tensile retaining mechanism supported about the cross-member and extending toward the neck portion of the musical instrument. The tensile retaining mechanism including clip member wherein the clip member of the tensile retaining mechanism is configured to receive a string for mounting to the instrument, the tensile retaining mechanism configured to maintain a desired lateral position along the neck portion and maintain a tensile force to the string during a tightening process.

Disclosed herein is an apparatus for aiding in mounting strings to an instrument, which includes a frame having: a pair of opposing extension members, a cross-member connecting the opposing extension members at a distal end; and a support member extending laterally from each of the opposing extension members. The apparatus also includes a retention assembly and a tensile retaining mechanism supported about the cross-member and extending toward the neck portion of the musical instrument. The tensile retaining mechanism including clip member wherein the clip member of the tensile retaining mechanism is configured to receive a string for mounting to the instrument, the tensile retaining mechanism configured to maintain a desired lateral position along the neck portion and maintain a tensile force to the string during a tightening process.