Building an Electric Violin Hollow Body
Posted: Thursday, January 22, 2009
by Martin Wilcox
Wilcox Electric Violin Innovations
Hollow body electric violins have their own unique problems in construction even though they consist the same principle structures of traditional acoustic violins.
The first step is to develop a design so you can make up a template. Templates should be made out of material that remains stable such as Plexiglas or aluminum. From the template, a mold must be fabricated preferably made from high-density particleboard or something similar in stability. The mold must be engineered to retain the corner blocks and neck block while gluing the ribs. The mold should be carefully calculated at 7/32 smaller around the entire perimeter. After the sides have been glued to the blocks, the unit should be placed in a thinner retainer mold where the liners can be laminated and the bottom attached.
Constructing the top and back presents another problem if they are solid wood with no arch. The flatness creates instability but can easily be corrected by cutting grooves strategically on the inside of the top and back plates. The top plate should have some kind of projection hole cut and finally glued to the rest of the body.
In conclusion, we have discussed many of the structural problems dealing with electric violin hollow bodies however; the electrical aspects will bring a host of more complications that we will discuss in another article. As you can see an electric violin hollow body needs the skills and knowledge of a professional violin maker. For electric violins and helpful aids, we recommend
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