Description
Thomastik Spirocore Cello Strings have a flexible multiwire spiral rope core. They offer a longer period of musical vibration and significantly reduce inertia. Spirocore strings are equally effective when playing arco or pizzicato. They are highly responsive and long lasting. Spirocore strings, widely recognized as “the reference standard”, are renowned for their distinctive tone and playability.
Instrument: Cello 4⁄4
String Set: No. S-31
S25 “A” Spiral core Chrome wound
S27 “d” Spiral core Chrome wound
S28 “G” Spiral core Chrome wound
S29″ C” Spiral core Chrome wound
Right from the beginning, flexibility and distinctive innovative strength formed the basis for success in a niche market. These principles are still the cornerstone of our business culture to the present day.
The string produces the music. On the one hand, the variety and beauty of the timbres depend on the various core materials, on the other hand, they depend on the chosen combination of materials for the winding, just as in the Thomastik Spirocore Cello Strings 4/4 Medium .
The initial spark for the rise of the company was the development of a manufacturing technology which made the production of the steel core string possible. With it a revolution started within the world of music. Steel core strings became serious competitors of gut strings. The new strings were able to offer convincing proof of their high quality of sound, precision and reliability. Above all this meant tuning stability and a long lifespan of the string for the musician.
Probably the most decisive innovation, which has significantly contributed to the company’s success to the present day, is the synthetic core string with its flat wire winding. Even today, this product – Thomastik Spirocore Cello Strings – are probably one of the leading violin string worldwide.
From a technical point of view the combination of new materials and the processing technology were essential for success. In addition the remarkably high level of acceptance of the products by the consumers played an important role.
Nowadays, strings for stringed instruments are high-tech products. New materials such as synthetics from aerospace technology or biocompatible materials like Titanium are treated in the manufacturing process. For example, we can have a direct influence on the typical characteristics of a string with synthetic core through out the duration of its lifespan. Machines with high precision technology are essential for an outstanding quality standard.
