Even if you think, “I’d like to try playing the violin or cello,” string instruments are often perceived as somewhat intimidating… So, we’re bringing you a special collection of fun facts about these instruments—the kind that make you say, “What’s that?” or “I had no idea!!” (^^)♪
We’ve compiled some easy-to-understand tidbits perfect for beginners, and we hope this will help you fall even more in love with string instruments!
Tip #1☆ Let’s Focus on the Parts: The Chin Rest (^^)v
One of the joys of playing a string instrument is being able to swap out and customize parts like the chin rest and tailpiece to suit your personal preferences (^^)/
Simply changing the chin rest or tailpiece can significantly alter both the tone and the feel of your playing.
The chin rest has the greatest impact on your playing when holding the violin. It comes in a variety of shapes and materials.
● Ebony
This is the hardest and heaviest wood used for fittings. It seems to focus the sound and produce a clear, resonant tone.
As a material for pegs, it is known for its durability and resistance to wear.
● Rosewood
This is a popular part known for its striking grain pattern. As a material, it is neither too hard nor too soft, making it highly recommended.
● Boxwood (
) Boxwood is a lightweight material with a beautiful appearance. Although it is somewhat expensive, it helps the instrument’s sound spread without being dampened, making the tone resonate more easily.
Part 2☆☆ Let’s Focus on the Parts: The Bridge (^^)v
A bridge (koma) is a component in stringed instruments that holds the strings in a position where they do not touch the body of the instrument, efficiently transmitting the vibrations of the strings to the soundbox or soundboard. It also serves to maintain a consistent vibrating length and position for the strings.
For instruments in the violin family, maple is used. Since it is not glued to the body but is held in place by the pressure of the strings, it will fall over if all the strings are loosened, and it can also be moved by hand.
It is a crucial component that supports the violin’s strings at the correct position and effectively transmits the strings’ vibrations and sound energy to the soundboard. It is also beautifully designed; high-quality bridges have a high density and regularly packed wood fibers to ensure effective sound transmission.
[ Positioning the Bridge ]
Center the bridge horizontally
Position the bridge vertically so that it aligns with the notches inside the f-holes
When viewed from the side, the surface facing the tailpiece should be perpendicular to the top plate
When tuning, changing strings, carrying the instrument, or shipping it, the condition of the bridge may become misaligned due to string tension.
If you feel that your instrument isn’t sounding quite right, or if it needs repair or adjustment, please feel free to contact TCGAKKI♪♪
To help you cherish your favorite violin even more, you might want to pay special attention to the small parts as well☆
Part 3☆ About Carbon Fiber
[Carbon Fiber]
Carbon fiber is a fiber produced by carbonizing acrylic fibers or pitch (byproducts of petroleum, coal, coal tar, etc.) at high temperatures. According to JIS standards, it is defined as “a fiber obtained by heating and carbonizing an organic fiber precursor, consisting of 90% or more carbon by mass.”
Those made from synthetic acrylic filaments are called PAN-based carbon fibers, while those made from coal tar or petroleum pitch are called pitch-based carbon fibers.PAN-based carbon fibers are first slowly heat-treated in air at 200–300°C. Once this process is complete, the fibers develop a structure resistant to fire and heat, which is why they are also called flame-retardant fibers. After the flame-retardant treatment, the fibers are then baked at temperatures exceeding 1,000°C in an oxygen-free environment to become carbon fibers.Pitch-based carbon fibers are produced by refining and heating the raw material until it melts, then extruding it through a nozzle with numerous fine pores to form pitch fibers. These fibers are then heat-treated in air at 150–400°C. After this treatment, the fibers do not melt even at high temperatures and are therefore also called infusible fibers. They are subsequently pyrolyzed in an oxygen-free environment at temperatures ranging from 800 to 1,500°C to become carbon fibers.
In a nutshell, the key advantage of carbon fiber is that it is “stronger than steel and lighter than aluminum.” Compared to steel, it has one-fourth the density, 10 times the specific strength, and 7 times the specific modulus of elasticity. It also excels in wear resistance, heat resistance, thermal stability, acid resistance, and electrical conductivity. The reason it possesses such high strength despite being a fiber is that the carbon atoms are bonded together in a robust molecular structure known as the graphite structure.To put it simply, it consists of a continuous mesh of hexagons formed by six carbon atoms; it has the same composition as diamond but a slightly different structure.
It was first used in military aircraft, and today it is utilized in aviation and aerospace applications, industrial applications, and sports equipment—including golf club shafts, tennis rackets, and fishing rods.
Part 4☆ Materials for the Soundboard
The top plate used in stringed instruments serves as the primary soundboard, responsible for the instrument’s tone. Spruce, a lightweight yet sturdy conifer, is used for this purpose; the properties of the wood—such as hardness, growth ring width, and weight—vary depending on its region of origin. Spruce, also known as German spruce or Fichte (in German), has been used in various European musical instruments since ancient times due to its strength relative to its light weight.Furthermore, spruce possesses a moderate degree of softness, which absorbs high-frequency components and results in a pleasant tone. A fine, parallel grain tends to produce a crisp tone, while a top with a wider grain and greater spacing between the grains tends to produce a softer tone.
Part 5☆ About the Fingerboard
Ebony is generally used for the fingerboards of stringed instruments. In German, it is called “Ebenholz.” Since ebony is a hard and heavy material, it offers high durability even in areas constantly rubbed by the strings, making it well-suited as a fingerboard material. Rosewood, for example, which is simply soft wood painted black, is commonly found in low-priced, mass-produced instruments.Among mid-range ebony varieties, striped ebony, native to Asia, is well known. The highest-quality ebony appears to come from Africa, and it is said that the very best pieces are those excavated from trees that have long since died, fallen, and been buried in the ground.
Part 6☆ About Rosin
Rosin is solidified sap extracted from pine trees; it contains softening agents such as castor oil and has a translucent brownish color. Since a New bow will not produce sound if played as is, it is necessary to apply a sufficient amount of rosin to the bow hair. Generally, you move the bow back and forth over the rosin to apply it evenly from one end to the other.Rosin comes in soft and hard varieties, and the feel of the bow and the sound produced vary depending on its viscosity. “Dark” rosin is softer due to added viscosity, making it prone to flaking and catching, so it is recommended for beginners. “Light” rosin, which falls between dark and orange in consistency, is popular for its balanced feel.
Part 7☆ About Animal Glue
What is animal glue?
An adhesive that humans have used since ancient times. In Europe, it has been used in woodworking and other applications for at least 4,000 years. It has been proven to provide a stronger bond for wood than modern wood glue.
What is it made of?
It is made by thoroughly boiling the skin, bones, tendons, and intestines of animals or fish, then straining the liquid, drying it, and allowing it to solidify.It’s similar to a gelatinous substance. Animal glue, bone glue, hide glue, hare glue, and fish bladder glue are listed in European catalogs of materials for stringed instruments.With modern adhesives and glues, it’s virtually unthinkable to peel something off for repair, but animal glue has the advantage of being easily removable by applying heat or moistening it with water. It’s an excellent natural adhesive that ages and deteriorates minimally, is water-soluble, and is easy to work with ^^
Part 8☆ Antique Finish
An antique finish recreates the natural color changes and mature character of a violin that result from years of use, utilizing modern lacquering techniques.Many brands offer models that meticulously reproduce every detail—from changes in the varnish and color variations caused by contact with fingers and the chin, to the tiny scratches created when the bow touches the instrument. Not only do they possess a striking beauty, but the uneven thickness of the varnish layer also seems to produce a unique and lustrous tone (^^)/ Paying close attention to appearance is one of the joys of playing a string instrument, isn’t it? ★
Part 9☆ What Are f-Holes?
F-holes (f-jiko / f-hole) are symmetrical openings cut near the center of the soundboard on stringed instruments of the violin and viola families. They are named for their resemblance to the italicized letter “f.” Through these holes, you can see the maker’s label affixed inside the instrument, and the shape of the f-holes affects the instrument’s tone.
Historically, its origins are believed to trace back to the “fithele,” an ancestor of the violin used around the 10th century. The fithele—which later became the etymological source of the word “fiddle”—featured circular sound holes on both sides of its top.Subsequently, the shape of the sound hole evolved from a circle to a semicircle, then to a “C” shape with rounded upper and lower edges. It is believed to have then transitioned through a narrower “C” shape to the current “f” shape.
Before the “f” shape became common, the “C” shape was the standard. This is the shape of the sound hole that is still used today in instruments such as those of the viola da gamba family.Furthermore, while C-shaped sound holes are frequently seen in stringed instruments depicted in old paintings, they apparently had the drawback of causing the wood grain around the edges to be cut off, making that area extremely weak structurally. Even after the emergence of the violin family in the 16th century, instruments with various designs—such as crescent shapes, flame shapes, and S-shapes—continued to be crafted.
There are several theories as to why the shape resembles the letter “f”: one suggests it offers superior structural strength; another proposes it derives from the initial of the English word “female”; and yet another posits that it emerged as part of the pursuit of more ornate decoration.
Part 10☆ Labels on String Instruments
If you look inside the body of a stringed instrument, such as a violin, through the f-hole on the left, you will find the maker’s label (known as an “étiquette” in French) affixed there.The custom of affixing labels to stringed instruments dates back to the 16th century. Setting aside questions of the authenticity and reliability of these labels, the oldest surviving label is said to bear the name of a member of the Amati family of Cremona, along with the year and place of manufacture. At that time, these labels served as important advertisements, attracting musicians and nobles who would travel great distances to commission instruments after seeing them.During the 17th and 18th centuries—considered Cremona’s golden age—string instruments by renowned makers began to fetch high prices. As makers such as Amati, Stradivari, and Guarneri emerged, it is said that numerous forgeries also began to appear on the market around this time. It is reported that Stradivari’s sons, Francesco and Omobono, affixed their father’s label to many instruments after his death so that they could sell them at high prices.
Personally, I find it a bit sad when people judge the value of a stringed instrument solely based on the name of a famous maker or the rarity of its label. If you find a stringed instrument that combines a satisfying sound and appearance within a budget you’re comfortable with, wouldn’t that instrument be worth far more than the authenticity of its label? (^^)/
Part 11☆ A Replaced Neck?
What kind of repairs are performed when a stringed instrument’s neck suffers damage or wear? While violins are said to be instruments that can last for hundreds of years, parts inevitably need to be replaced over the course of many years of playing. The maple used for the neck is less prone to wear than the spruce used for the top, but over time, it still wears down and becomes thinner.From a modern perspective, it might seem sufficient to simply replace the entire neck—including the scroll—but there’s a tradition of preserving the original scroll on stringed instruments. The repair process of cutting out and replacing only the neck section, then reattaching it, is called a “neck joint.” You can really feel the craftsman’s skill, wisdom, and dedication to preserving the instrument for the long term through this “neck joint” technique★ Why not take a closer look at the intricate details of stringed instruments? (^^)/
Part 12☆ The Bow of a Stringed Instrument
It is said that Tourte of Paris pioneered the modern bow. He switched from the various types of wood previously used to Pernambuco, refined the curvature of the stick, and—drawing on his experience as a watchmaker—invented the frog (hair box) with a slide liner. By creating a precise and beautiful instrument, he made it possible to produce a powerful volume and employ a wide variety of playing techniques.
・ While materials such as ironwood and snakewood are used for the bow stick, high-end bows utilize Pernambuco—a tall leguminous tree native to Brazil that features a dense grain and combines elasticity with strength.
・ Materials used for the frog include ebony, ivory, and tortoiseshell.
・ Horsehair is used for the bow hair, primarily from white horses in Mongolia or Canada.
・ The part that adjusts the tension of the bow hair is called the screw. The male thread is usually made of steel and features a knob called a “button.” The female thread is made of brass.
・ The crescent-shaped ring that secures the bow hair is called a ferrule.
・ “Wrapping” is a material applied to prevent the area where the index finger and thumb come into contact while holding the bow from wearing down due to friction; examples include silver thread, silver-plated copper wire, silver wire, gold wire, and whale baleen.
・ Mother-of-pearl or abalone is used for the frog slide and the eyes on both sides.
・ The triangular part at the tip of the bow is called the tip. In the past, ivory was used, but nowadays, cow bone is used.
Part 13☆ About Back and Neck Wood
Maple is the primary wood used for the back and neck of stringed instruments, and one of its distinctive visual features is the beautiful, flame-like “tiger grain” pattern. A violin with a pronounced tiger grain exudes not only practical utility but also an artistic aura.While the presence or absence of figure does not decisively determine an instrument’s tone, the properties of maple vary depending on the figure; therefore, it seems certain that the hardness of the maple itself influences the tone. Maple from the Bosnian region is characterized by being relatively soft despite its deep figure, which absorbs the high-frequency components in a violin’s sound, producing a very beautiful tone.Recently, maple from Canada and Alaska has also come into wider use. This maple is characterized by deep grain patterns but a slightly harder texture. While Bosnian maple is whitish with a delicate grain, maple from Canada and Alaska tends to be slightly reddish with a coarser, more distinct grain—a noticeable difference in appearance.
It’s truly fascinating how the origin of the wood can affect the tone (^^)/
Part 14☆Puffling
Puffling refers to the double black line that borders the outer edges of the top and back plates. It consists of black/white/black laminated wood embedded to a depth of about 2 millimeters and is said to help minimize damage if the violin is accidentally bumped. For the white sections, woods such as maple, poplar, and pear are used, while for the black sections, some schools of luthiery reportedly used materials like ebony, whale baleen, or dyed paper.It is said that early Cremonese luthiers, such as Stradivari, used black-stained European pear wood, and this feature also serves as a clue for determining the authenticity of an instrument. The joints of the purfling showcase the luthier’s skill and individuality (in Stradivari’s violins, for example, the joints are not centered; at the upper corner, they face downward, and at the lower corner, they face upward), and they appear to hold significant decorative value.
Part 15☆ The Cello Endpin
An endpin is a rod-shaped part that is inserted into the floor to support the cello. It is telescopic, allowing the length to be adjusted to fit the player’s height and seat height. In addition to the cello, endpins are also found on the double bass, contrabassoon, and bass clarinet.While it’s now commonplace to attach an endpin to a cello, it’s said that François Servais, born in 19th-century Belgium, was the first to do so, thereby expanding the possibilities of cello performance. Currently, the most common materials for endpins are steel, carbon, titanium, and tungsten. Since they not only support the instrument but also transmit vibrations to the floor to amplify the resonance, the timbre seems to vary depending on the material used.It might be worth experimenting with different endpins to pursue your ideal sound (^^)♪
Part 16☆Adjusters
An adjuster is a screw-like part attached to the tailpiece that allows for fine-tuning of pitch to assist with tuning.It is typically attached only to the E string (1st string), where fine-tuning is difficult using the tuning pegs alone; however, there are also integrated tailpieces with adjusters for all strings, which are commonly found on fractional-size instruments and lower-priced models. Each violin string is constantly under intense tension—measuring several kilograms—and a single small adjuster must bear that immense force.Why not pay close attention to these small parts to maximize the vibrational characteristics of your strings? Options include the standard L-shaped adjuster for ball-end strings; lightweight, rigid titanium adjusters that minimize muting and enhance sustain and projection; and Hill-type adjusters—which hook onto the loop at the end of the string—that are popular even among intermediate to advanced players (^^)/
Part 17☆ Baroque Violin
A Baroque violin (baroque violin) is a violin whose neck, fingerboard, bridge, and tailpiece are shaped in the Baroque style. Differences from the modern violin include a smaller bass bar, a bridge that is relatively thin at the bottom and relatively thick at the top, a shorter fingerboard, a thicker neck, and the absence of tuners.The most significant difference lies in the bow: while the bow of a modern violin has a “Σ”-shaped curve with a concave middle section, the bow of a Baroque violin is either straight or has a slightly convex curve in the middle, which results in lower tension on the bow hair. Many Baroque violinists use gut strings.This produces a soft, rustic tone that seems to blend more easily with other instruments in an ensemble.
Part 18☆ The Sound Post
The sound post (tamabashira or konchū) is a rod approximately 6 mm in diameter found in violin family instruments that directly connects the top and back plates. Through the sound post, sound vibrations travel to the back plate, allowing the sound to resonate throughout the entire instrument.It is secured between the top and back plates by the pressure exerted on the top plate by the tension of the strings. It is typically positioned slightly below the bridge, and wood with a fine grain pattern is considered high-quality; spruce is used for this purpose. You may notice small scratches on the surface of the sound post; these are marks left by a tool called a “sound post setter” used to insert the post into the instrument. Please rest assured that this does not indicate a defect.The tone can vary significantly depending on whether it is crafted to the proper size and placed in the correct position. It truly is the “pillar of the soul,” isn’t it? (^^)♪
Part 19☆ Single Piece? Two Pieces?
For the backplate of a stringed instrument, there are two types: a single-piece design with no joints, and a two-piece design with a joint at the center. The single-piece design is carved and shaped from a single piece of maple (though poplar is occasionally used as well), with absolutely no seams. Generally, single-piece backplates are considered slightly higher in quality.To craft a solid-piece back, the log must be at least twice as large as a standard one, requiring a large tree—which makes it more expensive. On the other hand, the two-piece back features high-quality, fine-grained wood grain arranged beautifully in a symmetrical pattern, giving it a very attractive appearance.Acoustically, there is no clear superiority between the two—it comes down to personal preference—but there are exceptional instruments made from both solid-piece and two-piece designs that are equally outstanding. Which do you prefer? (^^)♪
Part 20☆ About Wooden Pegs
The blackish wood fragments occasionally seen above and below the centerline of the back plate are called “wooden pegs.” This construction method is particularly common in older instruments, and wooden pegs may be used on the top plate as well as the back plate.Wooden pegs are said to be traces left from temporarily securing the panels during construction, and similar characteristics can sometimes be observed depending on the construction style or school of luthiery. For the back plate, dark-colored pegs made of ebony are often used, while maple or pine pegs are commonly used for the top plate.On some Cremona instruments, such as those by Amati and Stradivari, the wooden pegs may be partially hidden by the purfling, giving them a crescent shape. In modern times, wooden pegs are sometimes intentionally incorporated to evoke the atmosphere of older instruments. Although it’s a small detail, it’s fascinating to take a closer look at the wooden pegs and observe their characteristics.
Summary
What did you think? (^^)☆ I’m sure there were many things you already knew, as well as some you didn’t.
I’m sure your daily practice to learn how to play can be quite challenging at times.
I hope this serves as a source of comfort—even during tough times—reminding you, “I really do love string instruments,” and helping you grow even more attached to your instrument.
I’ve put together these fun facts for you today. TCGAKKI supports your enjoyment of string instruments! ☆
May you all continue to enjoy playing string instruments for many years to come♪♪