Cutting Force Measurement
BTFmesures is a key player in providing high-precision analysis systems for cutting force measurement.
In partnership with KISTLER, a global reference in piezoelectric instrumentation, we offer high-performance solutions to control machining processes, optimize tool life, and ensure the quality of produced parts.
Our measurement systems (stationary or rotary) deliver reliable, dynamic, and real-time usable data, tailored to the demands of industrial and research environments.
Stationary Dynamometer
KISTLER stationary dynamometers are designed to precisely measure cutting forces in various operations such as milling, drilling, or grinding. Thanks to piezoelectric technology, they offer high sensitivity and excellent thermal compensation, ensuring reliable measurements even in demanding industrial environments. These instruments are particularly well-suited for research and development, with the flexibility to be used on different types of machine tools.
Rotary Dynamometer
KISTLER rotary dynamometers make it possible to directly measure cutting forces at the edge of the rotating tool. They use either piezoelectric technology, known for its high resolution and ability to operate at high speeds, or strain gauges, offering excellent accuracy and stability for specific applications. These sensors are designed for high-performance machining operations, enabling precise analysis of cutting processes and helping optimize tool life.
KISTLER Solutions for Controlled Machining
With KISTLER dynamometers, BTFmesures helps you transform your machining operations into data-driven processes.
Our solutions enable detailed analysis of mechanical forces, support technical decision-making, and help reduce tooling costs while improving product quality.