Industrial CNC Machine Directory

Kitamura Kitamura Mycenter-HX1250G

$1,500,000 - $2,500,000 Updated 2026-03-19
Kitamura Kitamura Mycenter-HX1250G Horizontal Machining Centers
01

Key Specifications

X Travel

2040 mm (80.3")

Y Travel

1350 mm (53.1")

Z Travel

1370 mm (53.9")

Max Spindle

8,000 min⁻¹ (12,000 min⁻¹ Option)

Spindle Taper

NST No. 50

Tool Capacity

150 Pcs. – 200 Tools Optional

02

Overview

The Kitamura Mycenter-HX1250G is the flagship of Kitamura's horizontal machining center lineup, featuring a massive 1,250 x 1,250 mm (49.2 x 49.2 in) pallet for the largest structural components in aerospace, power generation, and heavy industrial manufacturing. This is a machine built for the biggest precision machining challenges, with X/Y/Z travels of 2,040 x 1,350 x 1,370 mm (80.3 x 53.1 x 53.9 in) and a work envelope that accommodates parts up to 2,050 mm (80.7 in) in diameter and 1,550 mm (61 in) in height.

The 8,000 RPM 4-step gear-driven spindle on NST 50 taper with 12,000 RPM option delivers the torque and rigidity required for heavy face milling, deep boring, and aggressive roughing on large steel, titanium, and cast iron components. Kitamura's Super Smooth Surface control technology ensures fine surface finishes on large contoured surfaces despite the machine's enormous scale. The gear-driven head provides consistent torque across the full speed range.

At 57,320 kg (126,000 lb), the HX1250G is an exceptionally massive machine that provides unmatched vibration damping for consistent surface finish and geometric accuracy on large parts. Positioning accuracy of +/-0.002 mm (+/-0.000079 in) full stroke with repeatability of +/-0.001 mm (+/-0.000039 in) across the full travel range is achieved through hand-scraped guideways and comprehensive thermal compensation. The 150-tool ATC (expandable to 200 tools) supports complex multi-operation programs. Rapid traverse at 36 m/min (1,417 ipm) is appropriate for the machine's scale.

At an estimated $1,500,000-$2,500,000, the HX1250G is a major capital investment that competes with the largest HMCs from Okuma, Mazak, and DMG Mori. This machine targets manufacturers with consistent large-part production volume who cannot compromise on precision — aerospace prime contractors, power generation OEMs, and heavy industrial equipment manufacturers.

03

Full Specifications

Parameter Value
Pallet Size 1,250 x 1,250 mm (49.2 x 49.2 in)
X-Axis Travel 2040 mm (80.3")
Y-Axis Travel 1350 mm (53.1")
Z-Axis Travel 1370 mm (53.9")
Max Workpiece Diameter 2,050 mm (80.7 in)
Max Workpiece Height 1,550 mm (61 in)
Max Spindle Speed 8,000 min⁻¹ (12,000 min⁻¹ Option)
Spindle Taper NST No. 50
Spindle Drive 4-step gear driven
Tool Capacity 150 Pcs. – 200 Tools Optional
Tool Change Time 6.7 sec (T-T) / 12 sec (C-C)
Rapid Traverse Rate 36 m/min (1,417 ipm)
B Axis Rapid 4,000 deg/min
Positioning Accuracy ±0.002 mm (±0.000079")/Full Stroke
Repeatability ±0.001 mm (±0.000039")
Machine Weight 57,320 kg (126,000 lb)
Power Requirement 85 KVA
CNC Control Kitamura Arumatik-Mi (Super Smooth Surface)
Table Size 1250 x 1250 mm (49.2" x 49.2")
Tool To Tool 6.7 Sec.
Rapid Traverse X 36 m/min (1,417 ipm)
Rapid Traverse Y 36 m/min (1,417 ipm)
Rapid Traverse Z 36 m/min (1,417 ipm)
Electrical 85 KVA, 200v AC, 3 Phase
Cnc Control Arumatik-Mi

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

04

Strengths & Limitations

Strengths

  • 1,250 mm pallet is the largest in Kitamura's lineup, accommodating workpieces up to 80.7 inches in diameter
  • 57,320 kg machine weight provides unmatched vibration damping for consistent surface finish on large parts
  • 150-tool standard ATC handles complex multi-operation programs without mid-cycle tool loading
  • +/-0.002 mm positioning accuracy across 2+ meters of travel maintained by hand-scraped construction
  • Super Smooth Surface control technology delivers fine finishes on large contoured aerospace surfaces
  • 4-step gear-driven spindle provides consistent torque for heavy face milling and deep boring operations

Limitations

  • 126,000 lb machine weight requires extensive foundation engineering and rigging planning
  • 85 KVA power requirement demands significant electrical infrastructure investment
  • 36 m/min rapids and 4,000 deg/min B-axis are slow — appropriate for the machine's mass but impacting cycle time on smaller parts
  • $1.5M-$2.5M investment requires consistent large-part production to achieve acceptable ROI
05

Best For

Aerospace prime contractors machining large structural components, wing spars, and bulkheads Power generation OEMs producing large turbine casings, generator frames, and reactor vessel components Heavy industrial manufacturers machining large press frames, machine tool bases, and structural castings Oil and gas manufacturers producing large subsea equipment, BOP stacks, and wellhead components Shipbuilding and marine equipment manufacturers requiring precision machining of large propulsion components
06

Frequently Asked Questions

01 What makes the HX1250G different from the HX1000G?

The HX1250G has a 25% larger pallet (1,250 vs 1,000 mm) but shares the same X/Y/Z travels. The larger pallet accommodates wider workpieces and more complex fixturing arrangements. At 57,320 kg versus an unspecified but lighter HX1000G weight, the HX1250G provides even more vibration damping. Both share the same spindle, ATC, and control specifications.

02 What are the facility requirements for the HX1250G?

At 126,000 lbs, the HX1250G requires: engineered reinforced concrete foundation (typically 18-24 inches thick), 85 KVA three-phase power, crane access for installation and pallet loading (overhead crane rated for pallet plus workpiece weight), and substantial floor space for the machine plus ancillary systems.

03 How does the HX1250G compare to a large boring mill?

The HX1250G offers advantages over floor-type boring mills in automation (APC, 150-tool ATC) and multi-face access via the rotary B-axis. Boring mills typically offer more travel but less automation. For parts that fit within the HX1250G's envelope, the HMC approach delivers faster cycle times and less operator intervention.

04 Is the HX1250G suitable for one-off large parts?

While capable, the $1.5M-$2.5M investment is best justified by production or repeat work. For one-off large parts, a floor-type boring mill or large gantry machine may be more cost-effective. The HX1250G's value proposition is highest when its APC, large ATC, and multi-face capability are leveraged across multiple parts or repeat production runs.

07

Videos

Mycenter-HX250G Cutting Demo - Small Part Horizontal Machining!

Mycenter-HX250G Cutting Demo - Small Part Horizontal Machining!

KitamuraMachinery2

08

Community Discussions

09

Related Machines