Kitamura Machinery Vertical Machining Centers

Kitamura Kitamura Mycenter-5XV

$140,000 - $190,000 Updated 2026-03-19

Key Specifications

X Travel

1270 mm (50″)

Y Travel

710 mm (28″)

Z Travel

635 mm (25″)

Max Spindle

15,000 min⁻¹

Spindle Taper

NST No. 40

Tool Capacity

40 Pcs.

Overview

The Kitamura Mycenter-5XV is the largest model in Kitamura's V-series vertical machining center lineup, offering an expansive 1,270 x 710 x 635 mm (50 x 28 x 25 in) work envelope that puts it firmly in the large VMC category. This is a serious production machine for shops that need Kitamura's hand-scraped precision across a generous travel envelope — the kind of machine that handles large mold plates, aerospace structural components, and multi-part fixturing with equal authority.

The 15,000 RPM dual-contact spindle delivers 30.6 kW (41 hp), consistent with the rest of the V-series lineup. Where the 5XV differentiates is in its expanded Y and Z axes — 710 mm (28 in) and 635 mm (25 in) respectively — giving operators significantly more depth and reach than the smaller V-series models. Rapid traverse rates of 52 m/min (2,047 ipm) on X/Y and 42 m/min (1,890 ipm) on Z maintain the V-series standard for fast positioning.

The table measures 700 x 1,420 mm (27.6 x 55.9 in), providing substantial clamping area for large single workpieces or extensive multi-vise setups. The 40-tool ATC with 2.2-second tool-to-tool changes handles complex programs, and the machine draws 40 KVA reflecting the larger servo motors needed to drive the expanded axes. Positioning accuracy remains at plus/minus 0.002 mm over full stroke with plus/minus 0.001 mm repeatability.

New Mycenter-5XV machines typically price between $140,000 and $190,000, competing with the Haas VF-6, Okuma MB-56VA, and DMG Mori CMX 1100 V. The 5XV's value proposition centers on delivering genuine Kitamura precision in a 50-inch class VMC where most competitors at this size sacrifice accuracy for envelope.

Full Specifications

Parameter	Value
X-Axis Travel	1270 mm (50″)
Y-Axis Travel	710 mm (28″)
Z-Axis Travel	635 mm (25″)
Max Spindle Speed	15,000 min⁻¹
Spindle Taper	NST No. 40
Spindle Motor Power	41 HP
Spindle Drive	Direct Drive
Tool Capacity	40 Pcs.
Tool To Tool	2.2 Sec.
Chip To Chip	4.2 sec
Table Size	700 x 1420 mm (27.6″ x 55.9″)
Rapid Traverse Xy	52 m/min (2,047 ipm)
Rapid Traverse Z	42 m/min (1,890 ipm)
Positioning Accuracy	±0.002 mm (±0.000079″)/Full Stroke
Repeatability	±0.001 mm (±0.000039″)
Power Requirement	40 KVA, 200V AC, 3 Phase
CNC Control	Kitamura Arumatik-Mi Pro
Rapid Traverse X	52 m/min (2,047 ipm)
Rapid Traverse Y	42 m/min (1,890 ipm)
Electrical	40 KVA, 200v AC, 3 Phase
Cnc Control	Arumatik-Mi Pro CNC

Specifications sourced from kitamura-machinery.com — verified 2026-03-28

Strengths & Limitations

Strengths

1,270 x 710 x 635 mm travel provides the largest work envelope in Kitamura's VMC lineup while maintaining hand-scraped precision
41 hp dual-contact spindle handles aggressive roughing and high-speed finishing across the full 50-inch X-stroke
52 m/min rapids minimize positioning time on long traverse moves across the expanded work envelope
700 x 1,420 mm table provides extensive clamping area for large single parts or multi-vise production setups
±0.002 mm positioning accuracy over full stroke is exceptional for a 50-inch class VMC
Thermal compensation system (IAC System 1) maintains accuracy during long production runs

Limitations

Arumatik-Mi Pro control is Mitsubishi-based — less common than Fanuc in most North American shops
40-tool ATC may limit shops running very complex programs; some competitors offer 60+ tools in this size class
Price premium over Haas VF-6 ($80-100K) is significant and requires precision-critical work to justify
Large footprint and 40 KVA power draw require adequate shop infrastructure

Best For

Mold and die shops working on large cavity blocks and core plates requiring precision over 50 inches of travel Aerospace manufacturers machining large structural components, ribs, and bulkheads with tight tolerances Precision job shops needing the largest Kitamura VMC envelope for diverse large-part production Multi-part production setups where the 700 x 1,420 mm table accommodates extensive fixturing Shops requiring ±0.002 mm accuracy in a 50-inch VMC where most competitors sacrifice precision for size

Frequently Asked Questions

01 What does a new Kitamura Mycenter-5XV cost?

New machines typically price between $140,000 and $190,000 depending on options and configuration. This is a premium over machines like the Haas VF-6 but reflects Kitamura's hand-scraped build quality and precision specifications.

02 How does the 5XV compare to the Haas VF-6?

The Haas VF-6 offers similar 50+ inch X-travel for roughly $80-100K. The Kitamura 5XV delivers significantly better precision (±0.002mm vs ±0.005mm), faster rapids (2,047 ipm vs 1,000 ipm), and more spindle power (41 hp vs 20-30 hp). The Kitamura premium is justified for shops where accuracy and long-term precision retention matter.

03 Can the 5XV handle mold work on large plates?

Yes, the 5XV is well-suited to large mold work. The 50x28x25 inch travel accommodates most mold plates, the hand-scraped accuracy delivers excellent surface finish on cavity details, and the 15,000 RPM spindle supports both roughing and fine finishing.

04 What is the IAC System 1 thermal compensation?

IAC (Intelligent Active Control) System 1 is Kitamura's thermal compensation technology that monitors and compensates for thermal growth during extended machining operations. It helps maintain the machine's ±0.002 mm positioning accuracy during long production runs where temperature changes would otherwise cause dimensional drift.