Takamaz Takamaz XV-3

The Takamaz XV-3 is a vertical CNC lathe with a unique triple-spindle architecture, designed for ultra-high-volume production of small turned parts up to 4-inch diameter. By integrating three spindles into a single machine frame, the XV-3 enables multi-process configurations where parts progress through sequential machining stations without requiring separate equipment or manual transfers between operations.

Each spindle spins at up to 10,000 RPM — the fastest in the Takamaz lineup — powered by 5.5/3.7 kW motors through compact 60 mm bearing bores. This exceptional speed makes the XV-3 particularly effective on aluminum, brass, and other non-ferrous materials where high surface speeds translate directly into better finish quality and shorter cycle times. The vertical spindle orientation ensures chips fall away from the cutting zone by gravity, improving surface finish and tool life.

The gang-type tooling on each station provides X, Z, and Y-axis travel of 160, 200, and 265 mm respectively, with rapid traverse rates of 12 m/min on X and 24 m/min on Z and Y. Power tools spinning at 8,000 RPM with 3-unit capacity per station add cross-drilling and tapping capability up to M5 and 5 mm diameter. This combination of high-speed turning and milling in a vertical configuration makes the XV-3 a serious alternative to rotary transfer machines for small precision parts.

The Mitsubishi M80 control manages all three spindles and tooling stations, enabling sophisticated synchronized machining sequences. The machine's footprint of approximately 1,600 x 2,180 mm is remarkably compact given that it effectively replaces three separate machining operations. For shops producing millions of small precision components annually, the XV-3 delivers production density that few other machine configurations can match.