Russia Launches Mass Production of “Smart” Grinding Machines
A new generation of automated, high‑precision grinding systems is entering serial production in Russia, offering aerospace and energy manufacturers a homegrown solution for machining some of the most complex engine components
A Breakthrough for Critical Engine Components
The Moscow‑based company "Shlifovalnye Stanki" will begin series production of a new machining complex in 2026, designed for processing extremely complex parts used in aviation and power‑generation engines. The system—which has no domestic analogues—was recognized as a laureate of the national award “Best Industrial Design of Russia.”
The SXS 512 machine is engineered for ultra‑precise treatment of critical components such as turbine and compressor blades. Its uniqueness lies in fully automated deep‑grinding technology and compatibility with more than ten material types, ranging from hardened steel to heat‑resistant superalloys. The equipment incorporates a Russian‑made motor spindle and tool magazine, while electronic monitoring ensures stable accuracy and prevents operator errors.
Automation That Learns and Adapts
The new system is equipped with a modern industrial‑automation suite: sensors track load, temperature, and grinding parameters, while an electronic module monitors machining accuracy at each stage. The system independently adjusts its operating modes, minimizing the risk of human error and ensuring reproducible results during serial manufacturing. This is especially important when machining parts with complex geometries.
The architecture of the complex also supports future expansion through the integration of intelligent subsystems, providing a technological foundation for next‑generation machining capabilities.
World‑Class Equipment and Strategic Importance
Developing such equipment is part of a wider strategy for technological sovereignty.
The introduction of such advanced technologies is strategically significant not only for Russia but also for the global industrial market, offering a high‑precision alternative in a sector dominated by foreign systems.
