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Okuma MU-5000V

Okuma MU-5000V is a five-axis vertical machining center with a trunnion table, double-column construction, 700 x 500 mm maximum machining volume, 10,000-rpm spindle, and 32-tool standard magazine. Spindle taper, magazine, APC, turning, automation, and regional options must remain attached to the build.

Company overview

Okuma MU-5000V is a five-axis vertical machining center with a trunnion table, double-column construction, 700 x 500 mm maximum machining volume, 10,000-rpm spindle, and 32-tool standard magazine. Spindle taper, magazine, APC, turning, automation, and regional options must remain attached to the build.

Industries and applications

  • Maximum machining volume is diameter 700 x 500 mm.
  • Table diameter is 500 mm; collision-free capacity depends on workholding, tool, and rotary position.

Technical and quote details

  • X travel: 25.59 in / 650 mm.
  • Y travel: 29.53 in / 750 mm.
  • Z travel: 31.50 in / 800 mm.
  • B travel: trunnion range; verify build.
  • C travel: 360-degree rotary table.
  • Spindle interface: No. 40 standard family; No. 50 configurations documented.
  • Spindle speed: 10,000 rpm highlighted specification; other packages documented.
  • Spindle power: 11/7.5 kW highlighted specification.
  • Tool capacity: 32 standard; 48, 64, and matrix options available.
  • Control: Okuma OSP suite.
  • Control: Five-axis kinematics and calibration must match the installed control.
  • Control: Record probing, turning, APC, ATC, coolant, networking, and automation options.
  • Compatibility, lineage, or lifecycle crosswalk: machine-to-spindle to Tooling qualified for the installed No. 40 or No. 50 MU-5000V spindle (conditional). Verify taper, pull stud, spindle package, balance, tool mass and length, magazine, coolant, and five-axis collision envelope. Evidence: https://www.okuma.com/files/documents/MU-V-Series.pdf

Selection notes

Variables to validate

  • Linear travels and maximum volume do not define the collision-free five-axis envelope.
  • No. 40, No. 50, turning, APC, and magazine configurations must not share one undifferentiated asset specification.
  • Verify kinematic calibration, control revision, spindle, taper, magazine, workholding, and automation from the build.

Official product references

We work to keep this information reliable, but specifications and availability can change. Verify critical details with the manufacturer through the official resources above.

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