Kun Voce Violin Carbon Fibre Shoulder Rest 4/4-3/4 Size

Kun Shoulder Rest-Voce Carbon-Fibre. Continuing its leading role in the development of new technology and innovative shoulder rest design, KunTM is proud to introduce its latest new product - the Voce. Available for distribution Autumn 2004, the Voce represents a revolution in shoulder rest design. Created from authentic aerospace-grade carbon fibre, the Voce is strong, light-weight and aesthetically appealing.

The choice of carbon fibre form the base of the shoulder rest also enhances its acoustic and resonance properties, which are equal to or better than natural wood. The Voce's new shape is slightly wider for increased comfort representing a superior ergonomic design. The Voce incorporates finite adjustment and the patented KunTM folding mechanism. The clamping forks are a new offset design in order to increase positioning possibilities on the violin. Voce features: Asymetrical clamping forks, Lightweight and strong aerospace carbon fibre materials, providing superior acoustic properties, Aesthetic appeal, New ergonomic design for outstanding comfort, Original and innovative patented adjusting mechanism, Patented KunTM folding mechanism for easy storage.

New lightweight shoulder rest is made from authentic aerospace-grade carbon-fiber which is very strong and features an aesthetically appealing design. Carbon-fiber was also chosen for its acoustic and resonance properties which are as good, or better than, wood material. Ergonomically designed, giving the same comfort as do all Kun products. Patented folding mechanism and has innovative finite adjusting mechanism.. New lightweight shoulder rest is made from authentic aerospace-grade carbon-fiber which is very strong and features an aesthetically appealing design. Carbon-fiber was also chosen for its acoustic and resonance properties which are as good, or better than, wood material. Ergonomically designed, giving the same comfort as do all Kun products. Patented folding mechanism and has innovative finite adjusting mechanism.