Choosing the right wood to make a violin is a fascinating process that goes beyond the purely aesthetic aspect. It is about creating a sound masterpiece that touches the hearts of the listeners. In this article we will look at why spruce is considered the most popular type of wood for the top of a violin.

Immerse yourself in the world of violin making and discover the mysterious connection between this special wood and the unique sound that brings a violin to life. Ready to unravel the mystery of the spruce? Then read on!

Wood species in violin making: a world full of tonal nuances and fascinating properties.

Each type of wood plays its own unique role in creating a violin that embodies sound and quality. From the coveted spruce top that brings the sound to life, to the maple that gives stability to the body and neck, to the elegant ebony that adorns the tailpiece and fingerboard, each type of wood has its own story to tell.

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The tree of music: why spruce is the queen of violin woods

Spruce (Picea abies) is the most commonly used wood for the top of a violin.

Sound properties

The spruce top has the ability to amplify and project the sound of a violin. Their light weight and specific fiber direction allow effective vibration transfer of the string resonance to the violin’s sound box. This results in a resonant, balanced and warm sound.

Elasticity and strength

Spruce wood has an excellent combination of elasticity and strength. These properties allow the soundboard to support the pressure applied to the strings while being flexible enough to effectively transmit vibrations. The soundboard must be able to move with the string vibrations in order to optimally support the sound.

Availability and tradition

Spruce is a widely used species and therefore more readily available than some other exotic woods. It has been used in violin making for centuries and has proven to be a reliable material. The tradition and experience of luthiers in processing spruce wood for violin tops also plays a role in its popularity.

Aesthetic reasons

In addition to the tonal properties, spruce wood has an attractive grain and color. The grain of the wood, combined with the varnish and polish of the violin, can create an aesthetically pleasing appearance.

This combination of tonal properties, elasticity, strength, availability and traditional use makes spruce the preferred species for the top of violins. The choice of the right spruce wood and careful workmanship are crucial to producing a high-quality violin top that optimally supports the individual sound character of a violin.

Occasionally, rosewood (Dalbergia spp.) is also used for the violin bow. It is equally known for its strength, flexibility and durability.

The use of maple for the body & neck

Maple (Acer) is often used for the body and neck of a violin because of its specific properties. Here are some reasons:

Stability and strength

Maple wood is known for its high strength and stability. These properties are crucial for the body and neck of a violin, as they give the instrument support and protect it from deformation and cracking.

Density and sound projection

Maple wood has a moderate density, which allows to focus and project the sound. This contributes to the sound quality and tonal assertiveness of a violin.


Maple wood has a characteristic grain and light color, which gives the violin an attractive appearance. The unique patterns and textures of maple can enhance the beauty and individuality of the instrument.

Ease of processing

Maple is easy to machine and shape, making it easy for luthiers to design the body and neck to meet the specific requirements of the instrument.

Maple wood is simply wonderful material and offers an ideal combination of stability, sound projection and aesthetic appeal. Its characteristic properties make it a popular choice for the body and neck of violins. By carefully selecting and processing the maple, a luthier can create an instrument of high quality and with a characteristic sound profile.

Ebony fingerboards, pegs and tailpiece

Ebony (Diospyros spp.) is a wood that plays an important role in violin making, especially for fingerboards, pegs and the tailpiece.

Hardness and smoothness

Ebony is characterized by its exceptional hardness and smoothness. These properties make it ideal for fingerboards, as they allow the violinist to grip the strings precisely and effortlessly. The smooth surface of the ebony allows the fingers to glide smoothly over the fingerboard for a smooth and precise playing technique.

Resistance to wear

Ebony is known for its high resistance to wear and tear. Since the fingerboard of a violin is subjected to constant stress from the violinist’s fingernails, the resistance of the material is of great importance. Ebony retains its smooth surface and strength even with frequent playing over a long period of time.


Ebony is a very stable wood with low tendency to deformation due to temperature and humidity fluctuations. This is especially important for the fingerboard, as it is in direct contact with the strings and must ensure precise intonation. The stability of ebony helps minimize changes in fingerboard geometry and ensure consistent playability of the instrument.

Ebony is also highly desirable from an aesthetic point of view due to its deep, dark black color and fine grain. The noble look of ebony gives the fingerboard, pegs and tailpiece an elegant and high-quality appearance that enhances the overall look of the violin.

Due to its hardness, smoothness, resistance and aesthetic properties, ebony is the preferred choice for fingerboards, pegs and the tailpiece in violin making. It contributes to the quality, playability and aesthetic appeal of the instrument.

The exotics: alternative wood species in violin making

Besides spruce, maple and ebony, other types of wood are also used in violin making. To be mentioned are:

      1. Cedar(Cedrus): Cedar is occasionally used as an alternative to spruce for the top of a violin. It has similar acoustic properties and can produce a warm, lighter sound.
      2. Boxwood(Buxus sempervirens): Boxwood is often used for violin backs and ribs. It is known for its hardness and density, which can contribute to the sound projection and stability of the violin.
      3. Rosewood ( Dalbergia): Rosewood is occasionally used for fingerboards and pegs. It is known for its density, hardness and smoothness, which can provide good playability and a pleasant feel.
      4. Cherry(Prunus avium): Cherry wood is sometimes used for the body or neck of a violin. It has a beautiful grain and can add a distinctive visual appeal to the instrument.
      5. Grenadilla(Dalbergia melanoxylon): Grenadilla wood, also known as black ebony, is sometimes used for fingerboards, pegs and the tailpiece. It has similar properties to ebony and provides a sturdy and aesthetically pleasing option.

These wood species are just a few examples of the variety of woods that can be used in violin making. The choice of wood species depends on the violin maker’s individual preferences, tonal goals and aesthetic preferences. It is important to note that each wood has its own characteristic properties and affects the sound and quality of the violin in different ways.

The wood makes the music

In the hands of a talented musician, a string instrument comes to life and enchants listeners with its unique sound. But have you ever wondered what really makes the sound of a stringed instrument?

The answer lies, among other things, in the woods from which it is made. Because each piece of wood tells a story and brings its own personality to the sound.

Studies have shown that the specific types of wood from which a stringed instrument is made have a significant influence on the character of its sound. For example, research has shown that spruce wood provides good sound projection and produces a warm, resonant sound, while maple wood can add some brilliance and clarity to the sound. Studies were also conducted to explore the effects of other woods such as cedar, cherry, and rosewood on the sound.

The density of the wood affects the sound transmission and sound resonance. Higher density wood can help amplify the sound and provide better sound projection. The stiffness of the wood is important to provide a stable platform for the string vibrations and to minimize unwanted damping effects. The wood’s ability to resonate affects the instrument’s ability to respond to the vibrations of the strings and amplify the sound.

Different wood properties such as density, stiffness, resonance and structure influence the sound of a violin in complex ways. For example, higher density can result in a stronger, more penetrating sound, while lower density can produce a warmer, softer sound. Fine-tuning these characteristics, in conjunction with the instrument’s design and quality of craftsmanship, allows a luthier to shape a violin’s tonal character and create individual nuances.

Sound formation in string instruments is a complex interplay of many factors. In addition to the types of wood, of course, the construction, painting, shape and craftsmanship play a decisive role. Each luthier has his own approach and preferences in selecting and combining woods to achieve the desired sound. Scientific research offers valuable insights into the relationship between wood properties and the sound of a violin, but there also remains a certain subjective component to the sound design.

The reference and use of woods in violin making

Violin makers obtain their woods from various sources. Specialized dealers in tonewoods offer a wide range of species and qualities. These traders import woods from different regions, including the Alps, the Balkans and other parts of the world. In addition, luthiers establish contacts with wood suppliers, other luthiers, and musical instrument makers to obtain high-quality woods. Timber fairs and trade exhibitions also provide a platform for direct contact with timber suppliers and enable personal selection.

Criteria for the acquisition of wood

Several criteria play a role in the purchase of tonewoods. The quality of the wood is of central importance. Violin makers look for woods with uniform grain, good density and strong fibers that meet the requirements of violin making. They also take into account the tonal properties of the wood. Each wood has an individual sound signature, and luthiers select woods that provide the desired sound character and projection. The aesthetic features such as grain, color and texture also play a role as they contribute to the overall appearance of the instrument.

Storage and preparation of wood

After purchase, the wood must be stored for a certain period of time to adapt to environmental conditions and achieve stability. During this time, the moisture and tension of the wood equalize. The storage time varies depending on the type of wood and the individual preferences of the luthier and can last from a few months to several years. During this time, lumber should be stored under controlled conditions to ensure uniform drying and climate control. This is often done in special storage rooms with constant temperature and humidity.

Ecological aspects and sustainability

The sustainability of the wood species used is an important issue in violin making. Efforts are underway to regulate the timber trade and combat illegal logging. Violin makers are increasingly relying on the use of certified wood that comes from sustainable forestry. This contributes to the preservation of forests and protects

Conclusion by Kevin Klockzin

The choice of wood plays a decisive role in the sound and quality of a violin. Violin makers obtain their woods from specialized dealers, at wood fairs or through personal contacts. When purchasing, they attach importance to the quality, tonal properties and aesthetic characteristics of the wood. The woods must be stored for some time after purchase to adapt to environmental conditions and achieve stability. Storage is under controlled conditions to ensure uniform drying. In terms of sustainability, violin makers are increasingly relying on the use of certified wood from sustainable forestry. Wood selection is a fascinating process that significantly influences the sound character, playability and aesthetic appeal of a violin. It is the harmonious combination between the selected woods, their storage and the craftsmanship that makes a violin a masterpiece of sound.

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