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Most of the descriptions of the materials concern the timbers used in instrument construction. Each timber has unique properties that contribute to the final sound of the finished instrument. First lets deal with Timber in general. The instrument maker is primarily concerned with timbers that possess certain properties. The principle one of these is the strength to weight ratio in particular that of the top or belly material. For hundreds of years the timber of choice in this respect has been Spruce. Traditionally European spruce has been the first choice although today many other species of spruce are commonly used with outstanding results. These would include Englemann and Sitka among the most popular. Cedar has also been used with success for many years. All wood used for the soundboards of instrument should be cut on the quarter to maximise strength, stability and stiffness. The choice of timber for the back and sides of instruments is also concerned with aesthetic appeal as well as acoustic qualities. The possibilities in this respect are diverse. Primarily hardwoods are used, most popular are those drawn from the Rosewood, Maple and Mahogany families. There are hundreds of timbers within these species alone. As many of these have become harder to come by instrument makers have been turning increasingly to timbers from fruitwoods such as Walnut and cherry. Timbers used to make the neck are are normally drawn from the same families as the back and side. Strength and stability are the key properties here however. The neck of an instrument is under constant stress from the strings. Along with neck reinforcement in the form of a truss rod, steel bar or more recently carbon fibre the neck has to remain rigid. The fingerboard has to be tough and resist wear from the strings as well as being dimensionally stable tradition has it that ebony or rosewood best achieve this. Once again however as availability of these has become an issue, instrument makers are experimenting with other timbers and materials. The bridge material needs to be stiff and dimensionally stable for obvious reasons ebony and rosewood again are traditional, but other timbers are becoming more common. The bridge is a key component of any instrument as it transfers the vibration of the string to the soundboard. To sum up, The choice of timber used to build an instrument has to demonstrate certain physical and mechanical properties. It has to look good and stand the test of time. Each timber and combination of timbers goes along way to colouring the final sound of the instrument. The way in which an instrument maker works the timber during construction brings out the full potential of the finished instrument. The description here is brief if you have any specific questions regarding the nature of timbers used in instrument building send them to me here. TALK TIMBER. Now lets look at some specific Timbers.
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