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Honest, but Fancy Wood. Tenor Viola da Gamba after Grancino.

The back for the original Grancino attributed instrument is of a very plain, honest Italian Poplar.

Plain, honest, working class!

Milanese makers were certainly not choosy about their wood selection, as a general rule. The plainest of materials however can have spectacular tonal qualities, and even be superior to highly figured woods. However for the past two centuries, great judgement has been unfairly passed upon makers for their wood selection. In Hamma’s  exhaustive tome, Meister Italienische Geigenbaukunst, he often writes, “poor choice of wood” – usually when confronted with such plain Jane backs as above. This is, in my mind, a great error, as choosing wood materials solely based upon optical qualities would be a huge mistake.

It may surprise you, that most luthiers do just this! The most expensive wood is usually tiger striped, flamed maple. WHY? The reverse should actually be the case, with the greatest sounding wood priced highest, not the tone wood with the most attractive optical qualities.

Describing sound with words will invariably involve metaphor. This is true not only with sound, but with other subjective experience, such as taste, and smell. Wittgenstein was eternally annoyed by the lack of ‘atomic truth’ in language, and even went so far as to postulate that all philosophical  problems, at their source throughout history are really simply semantic disconnections, or the inability to verify private experience. For example, describe the sensation when you see the colors, blue, and white, together. Can you? How would you begin to do so? More importantly, how can you verify that your subjective description is the same as mine?

When describing wines, liquors, cigars, and luxury items, reviewers often use seemingly wild and unlikely metaphors! This carries over into perfumery as well, as when describing the experience of scent, the only reference to a material other than the one being experienced, seems to suffice in communicating subtle differences. What makes a GREAT perfume differ from an ordinary terrible one that your grandmother uses?

Can you combine seaweed and jasmine alcohol tincture? YES!

So in sound it is basically the same. How do we describe the sound of a great instrument with words? How can we make a judgment about the quality of wood, just by looking at it? Think about it! It’s actually quite ridiculous.

I will try and describe the sound I am seeking.

Leathery,

melancholic,

pensive,

and yet with a  sharp, clear, crisp and response! Thus the cedar top.

Sapele is a wood with often wild variations in grain density, so the interior reflecting surface with variations in hardness, should give when combined with high, dramatic arching, the beginning foundation for my tonal dreams. Sapele also has very dense, rugged, almost stubborn areas, and in other places, much looser, less dense medullary rays. So in essence when put into vibration, the plate is confused, if you will allow me that metaphor.

What would one give to be in front of Michel Colichon at the very moment he first put his hands upon Cedrela Oderata or, Cigar box Cedar, a.k.a. Spanish Cedar. The moniker comes most certainly from the Odori of the wood, which blossoms and is magnified greatly when carved. Cedrela is actually related to the mahogany family of woods, however, is infinitely softer, and lighter in weight. Colichon without question had a very strong intuitive force in imagining the tonal capabilities of this unique material, as he used it for the tops of his instruments, not only the back and ribs.  A completely radical experiment in the history of lutherie. His intuition proved correct. All of the Viols  made entirely of Cedrela are famous for their very fine tone.

On the lower left bout, highly dense, concentrated grain.

My choice for the back, commonly known as Sapele, not only reflects the dream of sound, but is a humble, honest, Mahogany. One can see how grain density can display large variations even among the same tree, in different areas.  It is of the same family, (Meliaceae) as true Mahogany, however this does little to clarify, as the general generic use of the term Mahogany covers hundreds of species, very different from one another.

The name Sapele has quite interesting origins, as its derived of the port city of Sapele in Nigeria, where the wood is most often exported from.where there is a preponderance of the tree. African Timber and Plywood (AT&P), a division of the United Africa Company had a factory at this location where the wood, along with Triplochiton scleroxylon, Obeche, mahogany, and Khaya were processed into timber which was then exported from the Port of Sapele worldwide.

The name of the city itself is said to be an anglicization of the Urhobo word Uriapele, commemorating a local deity. It is believed the British colonial authorities changed the name of the then hamlet to Sapele as it was easier to pronounce.

Sapele is not an  expensive wood. Even the highly figured, antique and rare slabs  in my workshop are priced the same as plain, straight-grained planks. The resonance and ringing qualities of this wood however are fantastic.

So, in moving forward in the spirit of the Milanese makers, the use of it is a polite nod towards their traditions, and in my mind, perfectly fitting for an inspired instrument based upon the humble original. One notes that each plank has different ringing and note qualities as well, though subtle, based upon oon the swirling, galaxy-like figurines present in the grain.

So then, why use Sapele?

Let us play with the following thought experiment: Imagine yourself in a chamber in which all surfaces are covered in ceramic tile, hence, like a large bathroom. Now imagine you have been given the magical power to change the composition of the surfaces. In the ceramic room, sounds from your voice reflect very quickly back to the ear, and the timbre of sound is something easily imaged. Now you change the surface commotion to steel, tin, or brass. The sound reflection changes as does the actual timbre and character of sound. A softer surface such as leather, would dampen the sound, and even softer such as foam insulation, would kill the reverberation entirely.

The back surface of musical instruments perform a double duty as vibrating boards and reflecting surface (as in our imaginary room above) which returns the sound through the F-holes to the listening ear. So the back material for every instrument will have a wide differentiation even among the same species of wood, i.e common maple used for the majority of violin family instruments produced today. Sapele can often display wild differentiations in both density, hardness, and grain distribution, hence its potential as a partial dampening material provides the luthier with a unique challenge and opportunity for expression and control of the reflecting surface.

If one were to begin with a very specific tonal dream in the mind, and move forward using every possible variant which strives to complete and make real the fantasy of sound, then alternative woods make not only absolute sense, but become essential.

 

 

Larger than Life. Violins over 36cm in History

In the early winter of 1992 I attended an auction of Sothebys at the Palazzo Broggi in Milan with the aim of finding  “sleeper” violins; hence those whose true value have been somehow overlooked by the managers and consultants appraising  the instruments. Having  long been a part of the violin hunter culture in Wien, my method of paying my bread, butter and beer by sleuthing out old fiddles was a very viable one during apprenticeship with Anton Sobezack in Poland and Gasparo Karoly in Austria.

In Vienna, combing through the antique markets at 5am with a flashlight ,  I had found occasionally and always by pure chance,  somewhat valuable fiddles, and as I had little time for new making, their sales helped me get through the early years of learning my craft. These were the wild years of dealing instruments!

Most makers dabble in dealing old violins on some level or another. Many end up in a kind of trap or endless cycle of bow repairs, and selling antiques to get by. It is just a fact of life. Pursuing the catalog on the train while watching the bleak snowy landscape of Lower Austria in darkness,  I was suddenly struck by this image of a beautiful  maple back in the feeble overhead light of the train. . The violin was cataloged as School of Ventepane, with a ridiculously low starting price of 20,000Iira.  The flames chaotic in the lower bouts,  with curious root markings spattered all around the edges. The curious wood choice of root-marked maple was certainly not incongruent with woods often used by Neapolitan makers.  The root markings to me were just stunning, creating a kind of wild texture and blotted areas of speckled darkness, as if a lonely moon struck by debris, asteroids, eternally scarred!

With eyes closed in the sleeper compartment of the train, I dreamt the very old, but common fantasy of every violin dealer throughout history; to purchase a fine, expensive instrument for little money. 

Wishful thinking! Measured over the arching the corpus was quite large at 36.5cm, with inlaid, not painted purfling. The instrument appears to have been made without a mould, as the corners and center bouts are rather asymmetrical.  


Fortunately now I no longer have to comb the antique markets in Vienna to find substanance. I am purely focused on new making. But the seed of that beautiful Neapolitan fiddle remained buried in my mind, dormant, until finally in 2012, over ten years later when I came across a stunning piece of maple in the stock of the greatest European wood seller, Reinhard Zach. Here were the root markings, and the chaotic moonscape I had seen in 1992!

Ventepane violin backIt would be an additional 10  years before I finally got to that particular piece of maple. 
Looking through the old dusty catalog while working on this current violin, I remembered many the train journey so many years ago, and coupled with the nostalgia for the “wild years” of dealing and learning my craft, I finally decided to make the Ventepane.


One rarely encounters a newly made violin with corpus dimensions this large, and if one does, its probably the “Long Pattern Stradivari “
I began to revisit the hundreds of Sothebys and other auction catalogs moulding and gathering dust in the workshop. On this particular day in Milan, out of 32 violins for sale, 12 were over 36cm corpus!

And yet, when you walk into a violin shop right now, in 2023, and ask for a violin larger than 36cm, they will probably scratch their heads, or, perhaps have a single antique or so laying around. New makers tend to shy from making larger violins, due to the stop length issue, which after is is logically grounded in modern violin performance, and tattooed on the inner eyelids of every maker who passes through lutherie school. 19.5 is the Mensur!

Here however, below, a short list of makers whom dabbled with the mighty giant fiddle! You may have heard of some of them!

Late 15th-16thc: Brescia, Gasparo Da Salo, Paolo Maggini

ca.1670-80: Brescia, Rogeri

1690’s: Cremona, Stradivari

1710-20: London, Daniel Parker

1710-20: Goffriller

1700 onwards: Paris: Pierray, Boquay.

1750’s onwards, Livorno, Gragnani

1780’s Cremona, Nicolo and Carlo II Bergonzi

And let us not forget Ventapane! So is there something we are missing, old friend? 

Ancient Materials used in Violinmaking

The curse of the Mummy. Asphaltum, Bitumen or Mummia. Pigments from the Dead.

Obtaining a true and transparent brown hue when varnishing string instruments can be extremely difficult to the novice luthier. Often, commercial powered pigments can mask the inherent visual optics of the wood, simultaneously destroying the brilliance of any golden ground varnish applied. Commercially made brown pigments are simply difficult to work with. This has been the case for centuries.  A clear, transparent brown can however, be obtained by various methods, but the color itself must be itself inherent in the material used; mixing together other pigments to create brown usually results in lackluster final results.   Cooking Colophony for a period of 48 hours at low temperature can turn the rosin a rich,  golden amber, but In order to obtain the lovely golden browns achieved by the early Füssen makers, some pigment must be later added.  The pigment, “Mummy Brown”(Caput Mortuum) was a common, commercially available color pigment favored by Pre-Raphaelite artists and 19th Century painters.  This was obtained by, you guessed it, pulverized Egyptian mummies.19th Century pigment Mummia violin making Your shock may hence be multiplied if you happen to be a cat lover; some of the materials used were from both feline, and human mummies. While some artists in the Romantic period began to raise moral objections to this practice, the use of pulverized mummies in pigments continued far past  the 19th Century, spawning a greed-influenced trade in forged mummies; a gruesome practice of digging  up dead cadavers, mummifying them, and selling them as ancient materials.

The use of Bitumen or mineral pitch goes back to Ancient times. During the Twelfth Dynasty (1991-1802 BCE) ancient Egyptians used bitumen  for embalming the dead. Medieval Arab Physicians used it for medicinal purposes. The importation of Egyptian mummies into Europe for medicinal and other uses was quite common in the 16th Century. Tombs were plundered and their contents sold whole, or as parts ground up. Despite the 19th C. moral objections, the use of mummy brown as a pigment continued into the 1930s, until concerns over preservation and rarity of specimens killed the trade. I have had wonderful results using a synthetic version of Bitumen, as well as artificial Asphaltum, however these cannot be used alone, and great care must be taken to retain transparency in the varnish. The search for a wonderful brown has been something which has preoccupied my thoughts and time for the past two decades. You may notice when browsing finished instruments in the gallery section of this website many attempts with various shades of brown. One need not, in any case, worry when ordering an instrument from me about the Curse of the Mummy; no Egyptians, cats or humans, were harmed in the making of my instruments.

Horsetail, or Equisetum arvense, or, “let the wood be rubbed with reeds, and it shall be good.”

The use of common Horsetail in wood finishing was common as far back as ancient Egypt. The reed plant stalks of Equisetum were cut, and occasionally fashioned into tools by binding, cutting, or splicing. This means of burnishing a wood surface must have been effective, as there are traces of its use well into Greek and Roman times, and continuing into the Renaissance.  Advanced use of Horsetail continues into modern times  as an abrasive for finishing the surfaces of violins (usually maple and hardwoods only) before applying the ground varnish.

This is a truly miraculous substance. A common weed, it has additional medicinal properties and is prepared as a tea. It is mineral rich, with silicon, potassium, calcium, manganese, magnesium and phosphorus are all present in the brew which can help dampen bloating and the pains of menstrual cramps.

Violin makers have used it as an burnishing tool, with a wide variety of application methods. Commercial powders are available on the market and work similar to Italian Pumice or Rottenstone; all are common in the final stages of rubbing out violin varnishes. I use the powdered product as a final burnishing technique both before and after applying the interior varnish; something which is more uncommon but does great wonders for improving final resonance as it can work both as pore filler, as well as leaving a mirror-like surface.  Interior varnishes are another topic altogether and not the subject at hand, however I will briefly say that dramatic differentiation in final sound results from specific composition of interior varnish. These involve the use of fatty, or less fatty, hence softer or harder compositions to influence both resonance and sound.

Barlow/Woodhouse (JCAS/1989) in their chemical analysis of four instruments made by Antonio Stradivari found that  Silica (SI) composed 12-39%  of the ground layer beneath the varnish. Other instruments by less worshiped makers such as Milanese school most likely contain similar levels of Silica, as this was no well-kept secret in Northern Italian violin making. There is a particular pleasure in using this very simple plant to burnish and finalize work which has taken months to complete, slowly and with love. It is a rather beautiful irony, that a common weed, be the final stage in such a complex series of labors.

Burning the Kettle Dark. Or how the Death of Ludwig Van Beethoven turned Violins Black.

Perhaps you have visited once upon a time the Naschmarkt outdoor antique market in Vienna on a sunny Saturday and seen the rich multitudes of Austrian artifacts and lost pieces of time on display and for sale. I have seen taxidermic monkeys, engraved whale tusks from the 19th Century, and as well endless trade fiddles from the former Czechloslovakian republic piled together in cardboard boxes, rife with cracks, and for sale at 20Euro a piece. Occasionally though, one sees a master violin on sale. This would be only encountered in the early morning, before the light of dawn, when violin hunters roam with flashlights and dreams of finding a Meistergeige. If you do happen to be so lucky (the chances are slim to nil) perhaps you might encounter an old Sebastian Dallinger, or Johann Georg Thir violin, or at least one with a very dark, almost black varnish, and with a very old, authentic looking label inside it. Don’t get too excited.

You might also begin to notice how many Germanic fiddles have a dark, discolored, or even black varnish, one which cannot be explained by the usual endless buildup of rosin from the bow absorbing dirt over eons of time.

Why are these violins black? Vienna violin scroll Its almost impossible to imagine any violin maker lovingly crafting an instrument, burnishing and taking great care to finalize the surface, then adding a black varnish atop it! One quite humorous explanation given to me by an avid violin collector was that, when Beethoven died, all the makers stained their violins black in order to mourn his passing. The collector even seemed to believe this myth, although it was said with a smile. The truth is actually much less dramatic, however just as tragic.

Cooking violin varnish in iron kettles was quite common far before the lifetime of Beethoven. Some have suggested that the use of iron was considered advantageous  to the final hue of color to the varnish, however I tend to believe that the use of iron was simply that it was a common material, stable, and easily obtained. In any case, what these makers did not realize is that the Ferrous Cations or Ferrous ion; Iron(2+) from the kettle would over time oxidize and turn the varnish black. This could take a century or longer, or less. All depends on the amount of light exposure to the instrument.

What is intensely ironic is that a later trend of violin fraud and forgery developed from this purely accidental chemical reaction, and even became mainstream, as later in some early 20th Century factories  fiddles were mass produced and “black” varnish was applied  to mimic the poor original black fiddles. R.I.P Lieber Beethoven!

Dragons Blood. Or the Knight slayeth the Dragon to Color his Violin Red.

This is a very rare material obtained from the internal organs and blood of real dragons.  Indeed as dragons are quite rare as and lately fall under protection of international law this can be a very expensive material for violin making.

I am joking! Dragons Blood is a resin obtained from several species plant species. Medieval scholars did once claim its source to be the actual blood of dragons killed in battle, and the early Greeks, Romans, and Arabs thought it to have medicinal qualities, particularly for respiratory and gastrointestinal ailments.tree resin extract for violin varnish

(Dracaena draco) and (Dracaena cinnabari) were the most common species used in 18th Century violin varnishes, though this was not the only means to achieve a deep red hue. Quality of this material is famously variable and unstable depending upon location of species, and preparation methods. In modern times imitations of true dragons blood can be found on the market as a powder, however the results tend to be very poor, and in the worse case, not light sensitive. The best quality comes in buttons or large solid balls of pure material. These are soluble in alcohol but require further treatment by tincturing in alcohol and removing the resins.

I have experimented with several methods of achieving beautiful red varnishes over the years, Dragons blood varnish 17inch violaincluding alternatives to dragons blood using substances such as Madder Root (Rubia tinctorum) and extracting the pure color using an old Gaggia coffee machine. These days however I prefer to focus on more subdued colors, the rich antique browns and ambers which seem to be more spiritually related to the inherent color of wood itself. In many alternative wood  materials such as willow, Cedar, Sycamore or lacewood  there can be already present a rich, natural coloring which the violin maker must balance into his other palettes of color when varnishing, which can be a sometimes difficult task.

The Venetian makers sometimes used Dragons Blood to great effect, taking advantage of being located directly on ancient trade routes for rare pigments and other materials. Every violin maker must go through a phase of dragons blood, for better or worse. For now, I will spare the dragon his dear life.

Gamboge.

The first sources of Gamboge are in Oriental culture around the 8th century for decorative arts, which is not surprising as the resin used for its bright, illuminating yellows stems from the Garcinia evergreen tree, in Southeast Asia. The etymological source is from the Latin Gambogium, or Cambodia.

Gamboge was used medicinally to treat high blood pressure, and as a powerful laxative.We first encounter Gamboge in European culture around the start of the 17th Century, as it became common with Flemish painters to achieve  warm golden yellow hues. Today when purchasing Gamboge one must have a poison handling permit, as when ingested in too large amounts it can be lethal.

If you are unclear about the specific hue of yellow that Gamboge produces, think of a Buddhist monk’s robe; Gamboge is often used to dye fabrics as its yellow it very pure and lovely.

yellow gamboge violin varnish

It is fascinating how many materials used for varnish and lutherie go back so far into time. This however should not be surprising. The traditions of ancient crafts seem to merge into one another. I usually hibernate in Vienna every winter, and have found myself walking into tool supply shops for Goldsmithing, and something clicked in my head. Many of the tools used could easily transubstantiate into ones needed for violin making.  One is quite surprised  how these two very different crafts might merge together. I am always searching for these beautiful mergings, where the past reaches its warm arms into the present, and the future.