The processing of large-scale industrial components, such as hydro-turbine runners and heavy pressure vessels, requires a machine tool that offers both immense torque and uncompromising stability. The HAIDI CK52100 addresses these challenges through a heavy-duty bed design and a hydrostatic table system that ensures smooth rotation even with workpieces weighing several hundred tons. By utilizing a symmetric double column design, the machine effectively cancels out cutting forces, allowing for higher feed rates and improved surface finish quality on large-diameter faces.
A key feature of the CK52100 is its adaptability to the specific material characteristics found in the Russian heavy industry sector. Whether machining high-strength alloy steels or large cast iron components, the machine's spindle logic provides consistent power delivery across a wide RPM range. The implementation of precision-ground ball screws and high-resolution feedback systems ensures that the tool positioning remains accurate over the entire 10-meter travel. This level of control reduces the need for manual secondary finishing, significantly lowering the total production time for complex parts.
Furthermore, the CK52100 is designed with engineering longevity in mind. The use of hand-scraped box ways and automatic lubrication systems minimizes wear on critical components, extending the machine's operational life in heavy-duty cycles. For international clients, HAIDI provides comprehensive engineering support, including customized tooling layouts and specialized programming training. The CK52100 is more than just a lathe; it is a strategic asset for manufacturers dedicated to high-precision, large-scale engineering.