Kitamura Mycenter-3XVTII

The Mycenter-3XVTII is a 4+1 five-axis vertical machining center built on a Meehanite cast frame with THK cross linear guideways. It combines a built-in 15,000 rpm dual-contact spindle, a 40-position automatic tool changer and an integrated trunnion rotary table so multiple part surfaces can be machined in one setup. Linear travels are 780 x 510 x 439 mm and rapid feed on X, Y and Z is 48 m/min.

Source checked21/21 values · 2026-10-26KitamuraCNC mill
X 780Y 510Z 439SPINDLE 15,000 rpm30.6 kWNST No. 4040 TOOLSALL DIMENSIONS mmMycenter-3XVTII · TRAVEL ENVELOPEIsometric · X, Y, Z to scale
Travel X
780mm
Travel Y
510mm
Travel Z
439mm
Spindle max
15,000rpm
Spindle power
30.6kW

Specification

1 source
Categorycnc mill
Axes5
Spindle taperNST No. 40
Rapid traverse48 m/min
Tool capacity40
Table length500 mm
Table width300 mm
Max workpiece diameter500 mm

Joints

NameRange min (°)Range max (°)Max speed (°/s)
A-12040150
C0360200

Motion range per axis

arc = published range
A
-120° / 40°150°/s
C
0° / 360°200°/s

Quick answers

How many axes does the Kitamura Mycenter-3XVTII have?
5, per Mycenter-3XVTII - 5-Axis Vertical Machining Center | Kitamura Machinery (kitamura-machinery.com).
What is the maximum spindle speed of the Kitamura Mycenter-3XVTII?
15000 rpm, per Mycenter-3XVTII - 5-Axis Vertical Machining Center | Kitamura Machinery (kitamura-machinery.com).
What is the X-axis travel of the Kitamura Mycenter-3XVTII?
780 mm, per Mycenter-3XVTII - 5-Axis Vertical Machining Center | Kitamura Machinery (kitamura-machinery.com).

Study notes

  • Rotary table size is Ø220 mm; with the full table the working area is 300 x 500 mm.
  • A-axis travel is 160° total (-120° to +40°); C-axis travel is 0 to 360°.
  • Rapid feed on the A and C axes is 25 min⁻¹ (9,000 deg/min) on A and 33.3 min⁻¹ (12,000 deg/min) on C.
  • Power requirement stated as 40 kVA, 200 V AC, 3 phase.
  • Maximum workpiece size is Ø500 mm x 225 mm.
  • Spindle is a built-in, dual-contact type rated 41 HP at 15,000 rpm, with a speed range of 50-15,000 min⁻¹.
  • Control is the Arumatik-Mi, with a touch-screen icon-driven interface; it is not in the reference controller list.
  • Machine construction uses Meehanite castings with THK heavy-duty cross linear guideways and an IAC System 1 thermal compensation system.
  • Chip handling includes a standard base wash system, internal chip augers and a scraper-type chip conveyor.
  • Tooling interface is #40 (NST No. 40) with a 40-tool ATC.
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