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Claire Givens Violins, Inc

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the fine art of restoring, conserving, and building historic musical instruments

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Caring for Historical Instruments: Maintenance Tips for Baroque Strings

April 18, 2025 by Dan Erickson

Caring for Historical Instruments: Maintenance Tips for Baroque Strings

Owning a historical stringed instrument or one set up in Baroque style is a joy and a responsibility. Whether you have a centuries-old violin with gut strings or a modern reproduction Baroque cello, proper care and maintenance are crucial to preserve its condition and ensure it performs at its best. Baroque instruments (often fitted with gut strings, natural materials, and delicate original parts) require some different care strategies than modern instruments. In this guide, we provide practical maintenance tips to help you keep your antique or Baroque setup instrument healthy – covering everything from controlling humidity for gut strings to gentle cleaning and storage.

Climate Control and Humidity

One of the greatest enemies of historical instruments (and their gut strings) is environmental fluctuation. Gut strings are quite sensitive to humidity changes: gut is a natural material that absorbs and releases moisture, which can cause it to expand or contract. Likewise, the wood in an old instrument – especially if it still has original Baroque construction like old glue joints or varnish – can react poorly to extreme dry or damp conditions.

Ideal Humidity: Aim to keep your instrument in an environment of about 30–50% relative humidity (RH). Consistency is key – sudden swings from very dry to very humid can cause gut strings to fray or even snap, and can lead to wood cracks or open seams on the instrument. Use a reliable hygrometer in your music room or instrument case to monitor RH. If you live in a dry climate or during winter heating season, consider using a room humidifier or case humidifier. Conversely, in very humid climates, ensure your case has some silica gel packs or use air conditioning/dehumidifier to keep RH in the safe range.

Temperature: Avoid exposing the instrument to extreme heat or cold. Never leave it in a hot car or in direct sunlight. Heat can soften glues (Baroque instruments usually use hide glue that can loosen in heat) and warp wood; cold can make wood brittle and cause tuning instability. A steady room temperature (around 65–75°F or ~18–24°C) is generally safe.

Storage: When not in use, keep the instrument in its case, in a temperate part of your home (not in an attic or damp basement). The case provides a buffered environment against rapid changes. Many violin cases for Baroque or modern violins come with built-in hygrometers – while those can sometimes be inaccurate, they give a ballpark. Check them occasionally and adjust environment accordingly. Storing the instrument in its case also protects it from drafts (hot dry air blowing directly on a gut string can dry it out quickly) and accidents.

Tip: If your gut strings seem to go out of tune drastically day to day, it’s often a sign of humidity swings. They might get sharp in dry weather (gut contracts as it loses moisture) and flat in humid weather (gut expands). If you notice this pattern, double down on humidity control to reduce the swings – your tuning will become more stable and the strings will last longer.

Cleaning and Handling

Antique varnish and gut strings both need gentle handling. Here’s how to keep them clean:

Wipe After Playing: After each practice or performance, gently wipe down the instrument and strings with a soft, dry cloth. This removes rosin dust, sweat, and oils. Pay special attention to the area of the strings between the bridge and fingerboard – gut strings accumulate rosin there, which can dampen their vibration and attract moisture. Also wipe the fingerboard and under the strings where rosin falls. Regular wiping prevents build-up that could harm the varnish or string surface.

Gut String Care: You might notice over time that gut strings develop little fuzz or fraying on the surface. This is normal as the twisted gut fibers wear. Do not pick or aggressively rub these. A neat trick: use a small sharp nail clipper to carefully trim any excess gut hairs that stick out. This tidies the string and prevents those fibers from grabbing more rosin or causing a false tone. Some gut strings will need to be oiled to preserve them from moisture and humidity fluctuations.

Varnish Cleaning: The golden rule is no alcohol or solvents on the varnish. Many historical instruments have delicate varnish that can be dissolved or damaged by alcohol (even a brief touch with an alcohol swab can leave a permanent dull spot). To clean the varnish, use a dry soft cloth. If there’s stubborn rosin build-up that the dry cloth won’t remove, slightly dampen a microfiber cloth with distilled water and very lightly wipe, then immediately dry with another cloth. Avoid touching any cracks or open seams with a damp cloth. If the instrument is very dirty (decades of grime or rosin), the safest route is to take it to a professional luthier for cleaning. They have gentle cleaning solutions specifically formulated for violin varnish. As a routine, wiping after each use is best because it prevents heavy build-up that would require such intensive cleaning.

Fingerboard and Pegs: For Baroque setups, sometimes fingerboards aren’t ebony (could be stained wood) and pegs might be old-style wood that isn’t as hard as modern ebony pegs. Keep the peg shafts smooth by occasionally using a tiny bit of peg compound (peg dope) if they stick or slip – this helps maintain the friction balance. When changing strings, you might wipe the fingerboard with a cloth slightly dampened with water or a touch of a mild cleaner to remove finger oils, but avoid polishes. If the fingerboard is true ebony, it’s quite durable; if it’s stained or maple (sometimes on 18th c. originals), just dry wipe to avoid stripping any color.

Metal Parts: If your instrument has Baroque-style tailpiece with hooks or old tuner, or an old baroque-style frog on the bow with brass parts, you can gently wipe metal with a soft cloth too. Avoid any metal polish liquids on parts attached to the instrument – polish can drip onto wood or react with strings. Usually a dry or slightly damp cloth brings back shine on metal without chemicals.

Managing Gut Strings and Tuning

Gut strings require a bit more TLC than synthetic:

Stretching New Strings: When you put on a fresh gut string, expect a longer breaking-in period. They will stretch and go flat quite a lot initially. It’s wise to pre-stretch new gut strings a bit: some players will gently pull the string (after mounting on instrument) away from the fingerboard a few times and re-tune, repeating that to help it settle. Don’t overdo it – gut can snap if yanked too hard. You can also tune the new string a half-step sharp and let it sit overnight, then bring to pitch. Within 1-3 days, a new gut string should stabilize in pitch somewhat, though minor adjustments will always be normal.

Fine Tuners: Most Baroque instruments avoid metal fine tuners (they add weight and affect the afterlength). You’ll likely be tuning using the pegs only. Make sure your pegs are well-fit (a luthier can help if they slip – sometimes just some compound or adjusting the taper helps). If you have a modern tailpiece with a fine tuner (say for an E string on violin), that E might be steel anyway, which is okay. But for aesthetic and weight reasons, many Baroque violinists use a plain gut or light metal E without fine tuner, adjusting by peg. Develop the habit of small, gentle peg moves – gut is more elastic, so you may find you have to move the peg a little more than with steel strings to get the pitch change, but do it smoothly to avoid overshooting and to minimize stress on the string.

Detuning for Storage: If you won’t play the instrument for an extended period (say a baroque violin is going into storage for a few weeks), should you loosen the gut strings? There are differing opinions. Completely loosening can cause the soundpost or bridge to fall, which is risky. Many experts suggest simply tuning the instrument down a whole step (i.e., lower tension but not slack). This reduces tension on the structure and strings slightly, but keeps everything in place. However, if you’re using it regularly, keep at pitch – gut actually likes to be under consistent tension (it’s when tension wildly changes that trouble happens).

String Lifespan: Gut strings don’t last as long as synthetics. You’ll notice a loss of tone purity (they’ll start sounding false or harder to tune) when they are past their prime. Treble gut strings (like violin A) may wear out faster than thick bass strings. As a rule of thumb, with daily playing you might change gut strings every 2-3 months for top performance, though some players push longer. Watch for unwinding (if you use gut-core with metal winding, those can unravel). Always have a spare set on hand since gut can break unexpectedly (often at the worst time, like before a concert!). The E string (if gut or plain steel) and A string on violin are the most prone to sudden breaking, whereas D and G usually just gradually deteriorate in sound.

Instrument Integrity: Inspections and Repairs

Historical instruments often have old repairs or fragile components. Be proactive in caring for these:

Regular Check-ups: It’s wise to have a luthier familiar with historical instruments inspect your instrument perhaps once a year (or any time you suspect an issue). They can check for open seams (glue joints that have come unglued – common with changes in humidity), soundpost fit, and bridge condition. Baroque bridges, with their flatter top, still can warp like any bridge. If you see the bridge leaning or deforming, have it adjusted or replaced. Open seams should be reglued promptly as playing with an open seam can lead to wolf tones or further opening. Hide glue is used for these repairs – make sure any repair person uses traditional materials on an antique (avoid synthetic glues, as those are not reversible and can damage value).

Cracks and Stability: If you’re lucky enough to own an original Baroque-period instrument, it likely has some repaired cracks – baby it! Keep an eye on any repaired cracks (especially on the top plate). If you see any movement or separation along a crack line, loosen the tension and take it for repair. Never attempt to glue anything yourself; improper repair can drastically reduce value. Professionals have the tools and clamps to do it right.

Pegbox and Neck: Many old violins have had neck grafts (modern neck attached to old scroll). This is usually stable if well done. Just avoid any shocks to the instrument (don’t drop or hit the pegbox). If your instrument still has a Baroque neck (nailed neck original setup), be cautious with string tension changes and consult a luthier before any major alterations – original neck instruments are quite rare and have special considerations for string gauge, etc., to not overload them.

Varnish Preservation: Over the years, avoid using any polishes or oils on the varnish. Some well-meaning players think a bit of violin polish from the store will make it shiny – but unless recommended by a luthier, it’s better to leave the patina as is. Polishes can build up or contain solvents. The best shine is achieved by a gentle buffing with a clean cloth. Embrace that an antique instrument will look aged; cleaning should only remove dirt, not the beautiful old varnish or its craquelure.

Baroque Bow Care Highlights

While this guide focuses on instruments, a quick note on Baroque bow maintenance since it goes hand-in-hand:

Loosen the bow hair after each use to let the Baroque bow’s stick relax (very important for snakewood bows to avoid warping).

Use an appropriate rosin – often a slightly softer, stickier rosin is good for gut strings (some companies even make “Baroque rosin” formulated for gut, which provides a good grip without being too harsh). Too hard a rosin (like some used for steel strings) might not give you the traction on gut and can produce a harsher sound.

Rehair your Baroque bow when it’s lost enough hair or won’t hold rosin. Baroque bows sometimes need rehair a bit more often if you’re playing a lot, as you might be using more bow hair for chords, etc. Treat the bow as carefully as the instrument – many Baroque bows don’t have metal winding or protective thumb leather, so avoid excessive sweat on the stick (wipe it if you notice perspiration). If the bow has an open frog (no ferrule), take care the hair doesn’t get oily from fingers at the frog end.

Final Thoughts: Respect the Old, Enjoy the New

Caring for a historical or Baroque instrument is about respecting its materials and age. These instruments have voices that have sung for hundreds of years in some cases. By following these maintenance tips, you ensure that they continue to sing for years to come. There’s something deeply satisfying about playing an old violin strung in gut, knowing that with each careful wipe and tuning, you’re preserving a piece of history.

In summary:

Keep the climate steady (moderate humidity, avoid extremes).

Clean gently and regularly (no harsh chemicals, just soft cloths).

Monitor the condition of strings and structure (change strings as needed, fix small issues before they become big ones).

Involve professionals for significant maintenance – early music specialists or luthiers with restoration experience are ideal.

Play the instrument regularly if you can; instruments are meant to be played. Often, regular playing keeps an instrument “awake” and can even prevent problems (for example, seams can sometimes open simply from seasonal changes if an instrument sits unused – when played, you tend to catch tuning or buzz issues early).

By giving your Baroque instrument conscientious care, you’ll be rewarded with stability and sublime sound. After all, these delicate creations have survived centuries – with our help, they will continue to enchant audiences and players in the modern day. Happy playing, and take care!

 

Filed Under: Andrew Dipper, Maintenance

Caring For Your Instrument In The Summer

June 28, 2019 by Sherry

 

This is one of the best articles re: summer care that we have read.  It is from the Connolly company’s blog called String Ovation.

From providing protection from temperature fluctuations and humidity changes, to advise on how to travel with your instrument, the following are all the tips you need to ensure your instrument weathers (literally) the summer months whole, unscathed, and in great shape to pick up the practice-rehearsal-performance schedule when school starts again.

 

REPLACE OUTDATED INSTRUMENT CASES

Are you using a hand-me-down or an ancient case you found at a flea market? While cost-efficiency is a priority, it’s important to remember that – after your own attentiveness to its care – the case is your instrument’s greatest protection from harm.

One of the best things you can do to care for your instrument this summer is replace an outdated or dilapidated case with one in better condition. Used-but-still-high-quality cases abound both online and at music stores.

Newer, innovative cases do a better job of providing more durable protection, with lighter-weight materials, and with better-designed interiors that make room for all the little extras – like humidification accessories.

 

GUARD YOUR INSTRUMENT(S) FROM HUMIDITY FLUCTUATIONS

Your instrument is just like your body – it prefers consistent humidity levels between 40% and 60%. Depending on where you live, summertime humidity levels will rise well above that – and that’s no good for your instrument. Wooden instrument and their parts soak up water like a sponge, causing it to swell.

Then, in the presence of drying air conditioning, humidity levels can drop much lower, shrinking those swollen parts. All that swelling and shrinking, moistening and drying leads to a myriad of problems – including cracks, poor sound quality, deterioration, temperamental tuning pegs, wonky bridges, seam separations, mold and mildew issues – and the list goes on.

In addition to keeping and storing string instruments in environments with more stable temperature and humidity levels, we recommend using humidification accessories such as Boveda’s 2-Way Humidity Control Kit. These amazing kits store and release moisture, as needed, so your instrument is kept safe from extreme fluctuations. It’s a one-size-fits all way to keep humidity consistent.

 

KEEP STRING INSTRUMENTS STORED INDOORS

We understand that lugging instruments around can be tiresome, but its worth it if it means preserving their integrity. The temptation to leave your instrument in the backseat or the trunk of your car “for convenience” puts it at risk for overheating and for humidity fluctuations that exceed what even the highest-quality Boveda accessories can account for.

Use your body as a gauge; never leave your instrument stored in an environment you wouldn’t want to spend countless hours in yourself. Instead, keep it tucked away in a comfortable spot when it’s not in use.

 

NEVER ALLOW EXTENDED EXPOSURE TO DIRECT SUNLIGHT

Perhaps this is an area where you and your string instrument digress. While you may love soaking up the sun, long-term, direct exposure to sunlight is harmful for your string instrument. In addition to making it too hot, and drying it out, sunlight damages the exterior finish, causing it to fade, crack, melt or bubble up – and certain types of finish damage are very difficult to repair.

 

GIVE IT EXTRA LOVING CARE

If you’re currently a music student, your instrument may not be used as often over the summer as it is during the school year. This gives you the chance to give it extra loving care. Clean it regularly to keep it free of dust (summer often creates dryer, dusty environments) and mold spores (common in more humid climates). Give it a good polish to protect it and help it look its best. Summer vacation also provides the time to get it into a music shop for a once-over if it needs to be repaired or adjustments are needed to address minor problems.

 

If you suspect your instrument sounds “different,” like you hear a buzz, rattling sounds, it sounds too tight or too floppy, get it into a music shop or to a luthier for a check-up. This is a sign it could have a weather-related structural issue.

Being proactive on the summer care front yields long-term benefits in terms of reduced instrument repairs and higher-quality sound. After a nice vacation, and a little TLC, you and your string instrument will be ready for the fall flurry.

 

Blog originally posted by: StringOvation Team on Jun 4, 2018

Filed Under: Maintenance

Introducing a safe and convenient way to ship your bow for a rehair!

January 15, 2019 by Sherry

Introducing a safe and convenient way to ship your bow for a rehair!

Introducing the new Givens Violins bow shipping box. A safe and convenient way to ship your bow for a rehair! We have custom crafted our new bow box to allow for ease of use and protection of the bows. Givens Violins has a full service repair shop which is staffed by five professionally trained and experienced violin makers and includes a full-time bow specialist.

 We understand that as string players, convenience can play a big role in how well you maintain your bow. This is why Claire Givens Violins is excited to introduce our new bow box, which allows you to have top-quality bow service from wherever you live. Each box includes instructions for packing and is designed to ship up to two bows at a time – no bow case necessary. The tried and tested design ensures complete protection for your bows in transit. The bow box is a wonderful investment for teachers, students away at college, music department offices or any musician that doesn’t have local access to a bow restorer.

Once we receive your bow, we will examine it and rehair your bow. When your rehair is complete, we will make arrangements to ship your bow back to you. The cost of rehairs is $79 per violin, viola or cello bow plus tax and shipping. You can, of course, request other bow services as well.  Generally, we ship all our bows using UPS Ground with signature required. The cost of shipping will be determined by your shipping address and any additional insurance coverage you request. We prefer using UPS for their reliable tracking, safe handling, and on-time delivery. Other shipping options are available when you schedule your rehair and we are happy to arrange any shipping method you prefer.

Get started today by contacting Claire Givens Violins at 612.375.0708 or cgivens@www.givensviolins.com to purchase your re-usable bow box – only $17 plus shipping. For more details, visit our website at https://www.givensviolins.com/services/shipping/.  We are grateful to our colleague Jerry Pasewicz of Triangle Strings for sharing his time-tested, carefully thought-out design for our new shipping bow box.

Filed Under: Maintenance

Is it time to get my bow rehaired? How can I tell?

September 11, 2018 by Sherry

Is it time to get my bow rehaired? How can I tell?

As you consider the best ways to keep your instruments and bows sounding and playing their best, you may wonder, how will I know it’s time to get my bow rehaired? Recently, we had a chance to ask our Givens Violins in-house full time bow restorer Annelisa Guries and here is what she had to say:

How often do I need to get my bow rehaired? Annelisa suggested about every 6-12 months. It really depends on how much you play. For an entry level student, once a year is enough. If you are a player who practices and plays daily, twice a year or about every 6 months is recommended. You could easily combine your instrument check up and your bow rehair at the same time. We recommend 6 months checkups for both instruments and bows. This would be a great way to have your instrument and bow sounding and playing their best.

1. What are some of the signs that my bow needs a rehair? There are many things to look out for when trying to determine if your bow needs a rehair.

• One of the main visual cues would be yellow or darkened hair. This often occurs near the frog on the player’s side- where the players hand meets the hair. The oils from the skin begin to darken this area of the hair over time.

• Another hint is a lot of missing or broken hairs, either at the tip or at the frog.

• Additionally, if your bow refuses to tighten up to playing tension, if the hair seems very stretched out and droopy.

• If the hair feels slippery despite constant rosining, then a rehair is necessary.

2. What’s the turnaround time for a bow rehair? A typical turnaround time for a bow rehair is 1-2 business days. Please keep in mind our business days are Tuesday-Saturday 10:00am-5:00pm. It is always best to call and schedule this appointment ahead of time to ensure that we can rehair your bow in the timeframe that you had in mind.

3. I live out of state, how can I get my bow rehaired? We have a lot of experience carefully packing and shipping bows back and forth for rehairs and repairs. You can call or email us anytime to make these arrangements and ask any additional questions about turnaround time.

At any time, if you just want the bow restorer to take a look at your bow to determine if it’s time for a rehair, stop by and our workshop will check it out for you. For your convenience, we offer free loaner bows while yours is in for a rehair, so you can continue practicing and participating in rehearsals, concerts.

Filed Under: Maintenance

String Theory: Historical Facts About Your Violin Strings

November 2, 2017 by Givens Violins

String Theory: Historical Facts About Your Violin Strings

Violin stringsAs musicians, we are constantly in search for information regarding the music we play and our instruments. Many of us are aware that violin strings were once made out of gut, but perhaps you didn’t realize that gut was the standard material used until after World War II. Evidence found in ancient Egyptian hieroglyphics suggest that the production of strings made of sheep gut spans back some 6,000 years. It would require an entire book to divulge every detail of string history, but here are several key points on the history of violin strings.

The G String

  1. As with other strings, the G string began as a pure gut string. By the late 1600s, G strings were wound with silver or copper wire to produce a fuller, resonating sound.
  2. The sound of wound G strings was clearly superior to that of pure gut, and by the 1730s pure gut had been totally replaced by wound gut.

The D String

  1. Pure gut D strings were the standard until end of the First World War. In times past the technology needed to produce wire thin enough to wind the string simply didn’t exist.
  2. In 18th Century France, a method called demi-filée (half-wound) was developed, which applied the wire to the core of the string. This solution resulted in very thick D strings and never became widespread, vanishing completely by the end of that century.
  3. The use of aluminum to fully wind gut D strings can be traced to the period after WWII.

The A String

  1. The A string was the last of the four strings to transition from pure to wound gut. Pirastro developed the first wound gut A string in 1951 using aluminum. It took nearly ten years before it became standard.
  2. The pure gut A string was common until the advent of synthetic strings in 1970.

The E String

  1. Due to their thin gauge, gut E strings were never wound, and pure gut E strings were common well into the twentieth century. The first steel E string appeared around 1910, but didn’t gain prominence until the Second World War when sheep gut became scarce.
  2. From the 1880s until the development of steel strings, silk strings were used as an alternative to gut, but usually only in the case of an emergency.

Strings as most of us know them today are made from synthetic materials and then wound in aluminum, chrome, steel, silver, or an alternative metal. Wound steel strings were long-lasting and not as sensitive to the climate as gut, however most players found them to have an undesirable metallic or ‘tinny’ quality. Synthetics present the best of both worlds: the warm timbre of gut combined with the reliability of steel. The first synthetics were developed by Thomastick-Infeld and released into the market in 1970, popularly known as Dominant.

Filed Under: Maintenance Tagged With: aluminum violin strings, gut strings, gut strings history, history of violin strings, silk violin strings, steel violin strings, synthetic violin strings, synthetic violin strings history, violin strings, violin strings history, when did violin strings become wound with metal, wound metal violin strings, wound violin strings

Survive the cold: 5 winter care tips for protecting your instrument

October 3, 2017 by Sherry

Winter Care for string Instruments

Survive the cold: 5 winter care tips for protecting your instrument

Winter is here, and with it, a drastic decrease in humidity from the summer. For our instruments, these are perilous times that require extra winter care. Maple and spruce – the two primary types of wood from which violins, violas, and cellos are made – expand and contract depending on the level of humidity. Moreover, they do so at different rates, and this can cause cracks to develop in the wood. Splits along the grain, as well as open bouts, are very common repairs seen in the winter months. Click here to read more about the effect of humidity on wood, and for useful information regarding general maintenance.

Thankfully, there are many ways to protect your instrument and prevent costly repairs:

  1. Keep your instrument in a closed case. Your case is the first line of defense and the best way to maintain a consistent climate. This is where purchasing a high-quality, hard case with a hygrometer comes in handy.
  2. Humidify. Case humidifiers are an inexpensive way to keep a normal level of humidity in the case. There are a wide variety of options to fit your preferences. Additionally, keep a room humidifier in your practice studio or space where you usually store your instrument. You want to minimize exposure to sudden changes in climate. This will also ensure a safe environment when your instrument is out of the case.
  3. Purchase a silk bag. Violinists and violists will want to consider this option. A silk instrument bag will help to lock humidity in around your instrument, particularly if you use an internal humidifier, such as a Boveda, Oasis, or Dampit.
  4. Arrive early. If you have a performance, plan on being at the venue far in advance to allow time for your instrument to warm up to room temperature and adjust to the new climate. Your instrument will likely go out of tune several times before it adapts and becomes stable.
  5. Avoid heat sources. Be sure not to set your case down beside any radiators or space heaters. The effects of direct heat on your instrument can be disastrous.

Good luck, and happy playing.

Filed Under: Maintenance

The Unseen Forces Which Affect Your Instrument

January 5, 2016 by Sherry

By Douglas Lay

Sometimes a musical instrument may exhibit seemingly inexplicable changes. The tone or playing qualities may vary: a buzz may develop and then disappear, joints may come unglued and cracks may suddenly develop. Any of these things may happen without any mistreatment or abuse of the instrument, as if controlled by unseen forces. What are these forces and how can we deal with them? To help answer these questions, it would be helpful to have a more thorough understanding of the materials and construction principles used in instrument making.

 

The Material

Fine instruments are constructed of carefully selected pieces of wood. The belly is usually of spruce and the back, sides and scroll are usually of maple, though poplar, pear and other woods may be used for these parts. The fingerboard is almost always of ebony, but the other fittings (pegs, tailpiece, etc.) may be ebony, rosewood, boxwood or some other decorative wood.

Wood is not a homogeneous substance: that is, the cells which constitute the wood have different shapes, sizes and positions depending on their function in the living tree. Most of these cells are cigar shaped, varying in length from 1/16″ to 5/16″, and are oriented vertically in the tree trunk. This vertical orientation of the long fibers determines the direction of the grain in the usable lumber. Not all wood cells have their long axis oriented vertically, though: some radiate horizontally outward from the center of the tree trunk. Examining the particular structure and pattern of wood cells helps the violin maker determine which species of tree yielded the wood and which pieces of wood are best suited for musical instrument construction.

The substances which compose the wood cells are hydroscopic, which means they absorb moisture from a humid environment and give up moisture in dry conditions. Usually, the wood cells swell as they absorb moisture and shrink as they dry out. Because the long cells are not oriented uniformly in all directions, the amount of shrinking and swelling is also not the same in all directions. Wood is most dimensionally stable along the direction of the grain and most variable across the grain, that is, across the short width of most cells.

Other properties besides dimensional stability, such as stiffness and resilience, are also greatly influenced by grain direction. Most cracks occur along the grain, between the long wood cells.

Construction Principles

A violin is composed of dozens of pieces of wood individually shaped and assembled with deliberately different orientations of the grain. This is done to provide maximum strength and stability, properties that are limited by the lightness of build so necessary for proper acoustical function.

The sidewalls, or ribs, of the instrument must be light and thin enough to permit the vibration of the top and back plates while remaining strong enough to support the tremendous forces exerted by the taut strings. For this reason, they are cut from a straight board with the large surfaces parallel to the grain directions and are then bent to their final shape. This means that the grain direction of the ribs follows the outline of the instrument and is parallel to that of the top and back plates along the widest part of the body. Because the grain directions cross each other at the upper and lower block area, the rates of shrinkage and swelling of these parts conflict, possibly giving rise to the accumulation of stress as the wood responds to climatic changes. This is why the glue joints between the ribs and plates in these regions are more susceptible to seasonal failure. Sometimes, the ribs come loose and bulge out in these areas as the shrinking of the plates in width squeezes them.

It is precisely because of the stress that can build when wooden parts with different rates of expansion and contraction are firmly attached together that they are fastened with a natural glue made from the tissue of animals. This hide glue is also hydroscopic so that in hot, humid weather it may soften enough to permit some movement of the wooden parts as they adjust to weather conditions. On the other extreme, during cool, dry weather the glue becomes brittle and may fracture under stress. This fracturing or opening of a glue joint should be considered a fortuitous event because it will hopefully release enough stress to prevent cracks from developing in the wooden parts themselves. Open glue joints are much easier to repair than such splits and cracks.

Conclusion

The natural substances of which stringed instruments are built are not completely predictable, but traditional construction techniques maximize strength and durability while maintaining the lightness so necessary acoustically and for playing comfort. Happily, musicians as well as violinmakers are not ready to sacrifice the acoustical quality and aesthetic appeal of the traditional wooden construction in favor of a more stable material. As long as this is the case the minor concerns related to maintenance will be a factor in their lives.

Of course, the unpredictable materials are much more dimensionally stable in an atmospherically stable environment. Therefore, one thing that can be done to prevent problems is to keep the environment constant or at least moderate the extreme of change in the climate by the use of humidifiers or dehumidifiers when necessary. When travelling, one should keep the instrument protected in a tightly closed case. Extreme temperature changes should also be guarded against.

Some problems with instruments are not caused by abuse and may even arise despite the best of care. When they do come up, it is wise to have them attended to by people trained and skilled in such matters. It is always prudent, however to call ahead when seeking expert help because changing weather can affect many instruments at the same time, all of which need attention.

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