The Mori-Seiki NLX2500MC/700 is a flagship slant-bed live-tool turning center built on Mori's reputation for rigid Japanese castings and the kind of long-haul reliability that earns its place in production cells across automotive, aerospace, and contract machining shops. This 2013 unit is a CNC turning center with live tooling and C-axis programmable spindle indexing, configured on Mori's /700 envelope: 27.8" max turning length, 18.1" max workpiece diameter per DMG MORI's published spec, and a 31.3" Z-axis travel that supports long-shaft, prismatic, and bar-fed production in steel and aluminum. The 10" 3-jaw hydraulic chuck mounts on an A2-8 spindle nose with a 3.5" max bar capacity per OEM specification, and a 12-station BMT (Base Mount Tooling) turret hosts both static and live-driven tools running up to 10,000 RPM — giving the operator direct access to off-center milling, drilling, and cross-tapping with C-axis indexing and turning a typical lathe-to-mill workflow into a single-setup cycle. The programmable hydraulic tailstock with live center supports between-centers work without operator intervention, and the MAPPS Mitsubishi control brings dialog-guided programming, multi-threading cycles, and modern feedrate optimization to the operator station.
This NLX2500MC/700 is a meaningful step up from the previous-generation Mori-Seiki NL2500MC/700 — the live-tool slant-bed lathe that preceded the NLX series in Mori's lineup. The NL2500MC delivered solid mill-turn capability for its era, but ran on Mori's older operator interface with a more constrained control feature set. The NLX2500MC/700 carries forward the BMT live-tool turret architecture that made the NL series competitive, then layers on a more rigid slant-bed casting with X/Y/Z slideways, the modern MAPPS Mitsubishi control platform with dialog-guided cycles and richer programming support, and improved ergonomics in the operator station. The result is the same Mori build quality and slant-bed DNA, but with the control sophistication, rigidity, and turret performance to take on tighter tolerances, longer production runs, and complex mill-turn parts at a used-equipment price.