Founded in 1919 by Dr. Franz Thomastik, a violin maker, and Otto Infeld, an engineer, Thomastik-Infeld emerged in Vienna, Austria, with one goal: to revolutionize string making through science and craftsmanship. At a time when gut strings were still dominant, the duo introduced the use of steel cores, delivering unmatched stability and durability. Their innovation transformed the sound of bowed instruments in orchestras and studios around the world.
To this day, Thomastik maintains its production in Vienna, where every string is individually hand-inspected and crafted using a blend of traditional methods and cutting-edge technology. Whether it’s the warm tones of Dominant, the power of Peter Infeld, Thomastik strings are known for precision, clarity, and consistency that professionals rely on across all genres.
Power. Nuance. Pure Expression.
The Peter Infeld Violin String Set, handcrafted in Vienna by Thomastik-Infeld, is a premium choice for soloists and advanced players seeking a complex tonal spectrum, excellent projection, and effortless playability. Named in honor of the late Peter Infeld, this set represents the pinnacle of Thomastik’s string-making expertise.
Core Features:
Synthetic Core A, D, and G Strings – Provide a warm, rich tone with outstanding tuning stability and a broad dynamic range.
Platinum-Plated E String (or optional Gold/Stainless Steel) – Delivers a brilliant, focused upper register with smooth response and minimal whistle.
Wide Tonal Palette – Allows the player to shape sound with great nuance and color.
Immediate Response – Designed for high-level technique and expression under the bow or in fast passages.
Blend of Warmth & Brilliance – Suits both darker and brighter instruments, making it highly versatile.
Why Players Love It:
Powerful and projecting without being harsh
Smooth string crossings and bow changes
Exceptional durability and tuning stability
Ideal for soloists, orchestral leaders, and discerning chamber musicians
Made in Austria • Trusted Worldwide
Peter infeld set PI101 with Tin E