- You’ve seen it before. Intermission commences at the junior high orchestra concert. The suspect, a rather uncoordinated violist (who shall remain unnamed), trips over a cello and the audience gasps as it faceplants on the ground. The bridge goes flying. The strings go limp. A harried seventh grader fights backs tears as she runs to her fallen instrument thinking all is lost, her life is over, and her parents will surely disown her. And to top it off, it’s a rental.
This is usually the time in life when a young musician realizes that 1) string instruments aren’t invincible, and 2) bridges aren’t actually glued on. Who knew?
From food to furniture to clothing to vehicles, the modern era has redefined the production of life’s staples through the use of assembly lines, man-made materials, and machines. But when it comes to string instruments, there’s a reason why violins aren’t made of plastic, commercially manufactured and slapped together with duct tape.
For one, that would sound terrible. Really terrible. But has it ever occurred to you that your instrument is supposed to come apart?
For example, did you know . . .
- The bridge is held in place by the pressure and tension of the strings. As strings stretch and tighten over time, the bridge may even lean towards the fingerboard and can be adjusted by hand. And if you were to *remove all the strings at once, the bridge would simply fall over.
*This is not recommended, especially while changing strings. Replace strings one at a time to keep the bridge properly positioned and tension on the sound post.
- The tailpiece is suspended and held in place by the tension of the strings.
- The sound post (the wooden dowel seen through the f-hole) is also held in place by friction and the pressure and force of the strings on the face of the instrument. Loosening or removing all the strings creates the risk of the sound post falling, which can greatly affect the sound production and quality of your instrument. The sound post can even be moved to affect the sound of the instrument for better (or worse!).
- The endpin is not glued in but can usually be pulled out by hand.
- Tuning pegs aren’t glued or secured in place (obviously, as you have to turn them) but are simply held by the friction created by raw wood on wood. If the pegs are difficult to turn and are sticking (sometimes creating a cracking or creaking sound as you turn the pegs), applying a substance called peg dope acts as a lubricant.
- The face, ribs, back, fingerboard, and neck are glued in place using a water-soluble adhesive called hide glue. Hide glue, which is actually made from animal hides, has been long-used in woodworking and lutherie. The water-soluble characteristic of hide glue allows instruments to be easily taken apart and put back together without damaging the wood, which aids in both assembly and repair.
So why are violins meant to come apart? If they weren’t, parts couldn’t be replaced or repaired easily, especially without sacrificing the entire instrument. Fingerboards, nuts, bridges, tailpieces, endpins, and even necks can be replaced and restored as individual pieces of a larger and beautifully crafted puzzle.
At Kennedy Violins, we take great pride in upholding the historic tradition of handmade string instruments. As each violin, viola, cello, and bass is hand-crafted, setup, and inspected by professional luthiers, you can be confident that every piece of your instrument is expertly constructed and in its place. Top that off with Kennedy Violin’s Lifetime Warranty and you can expect your instrument to truly last a lifetime.
And that’s even more impressive than your nephew’s Lego collection, if I do say so myself.