Industrial CNC Machine Directory

Kitamura Kitamura Supercell-400G

$450,000 - $700,000 Updated 2026-03-19
Kitamura Kitamura Supercell-400G 5-Axis Machining Centers
01

Key Specifications

X Travel

510 mm (20.1″)

Y Travel

510 mm (20.1″)

Z Travel

510 mm (20.1″)

Max Spindle

20,000 min⁻¹

Spindle Taper

NST No. 40

Tool Capacity

190 Pcs. – 290 Tools Optional

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Overview

The Kitamura Supercell-400G is a 5-axis horizontal machining center built for automated high-mix production of small to medium precision parts. The horizontal spindle with trunnion-style A/B rotary axes provides full 5-axis simultaneous machining with gravity-assisted chip evacuation, while the 20-station automatic pallet changer (expandable to 120 pallets) and 190-tool magazine (expandable to 290 tools) deliver serious lights-out manufacturing capability.

The Supercell-400G features 510 x 510 x 510 mm (20.1 x 20.1 x 20.1 in) equal X/Y/Z travels around a 350 mm (13.8 in) diameter pallet. The 20,000 RPM 4-step gear-driven spindle with NST No. 40 taper provides both high-speed finishing capability and the low-end torque needed for aggressive material removal in steel and alloy steels. Rapid traverse rates of 50 m/min (1,969 ipm) on all linear axes keep cycle times competitive.

Kitamura's hand-scraping process ensures positioning accuracy of +/-0.002 mm (+/-0.000079 in) and repeatability of +/-0.001 mm (+/-0.000039 in) per full stroke. The machine's Meehanite cast iron construction with induction-hardened solid box ways provides the thermal stability and vibration damping needed for consistent accuracy during extended unattended production runs. Ballscrew cooling and linear/rotary scale feedback systems further enhance long-term dimensional stability.

The Supercell-400G occupies a strategic middle ground between the smaller 300G (200 mm pallets) and Kitamura's larger HMC platforms. At $450,000-$700,000 new depending on pallet and tool configuration, it competes with the Makino a51nx, Matsuura MAM72-63V, and DMG Mori NHX 4000 for shops that need both 5-axis capability and horizontal automation in one platform.

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Full Specifications

Parameter Value
X-Axis Travel 510 mm (20.1″)
Y-Axis Travel 510 mm (20.1″)
Z-Axis Travel 510 mm (20.1″)
Pallet Diameter 350 mm (13.8 in)
Max Spindle Speed 20,000 min⁻¹
Spindle Taper NST No. 40
Spindle Drive 4-Step Gear Driven
Tool Capacity 190 Pcs. – 290 Tools Optional
Pallet Changer 20-station APC (up to 120 pallets optional)
Rapid Traverse Rate 50 m/min (1,969 ipm) all axes
A Axis Range -120 to +30 degrees
B Axis Range 0 to 360 degrees (continuous)
Positioning Accuracy ±0.002 mm (±0.000079″)/Full Stroke
Repeatability ±0.001 mm (±0.000039″)
Power Supply 45 KVA, 200V AC, 3-phase
CNC Control Kitamura Arumatik-Mi
Rapid Traverse X 50 m/min (1,969 ipm)
Rapid Traverse Y 50 m/min (1,969 ipm)
Rapid Traverse Z 50 m/min (1,969 ipm)
Electrical 45 KVA, 200 V AC, 3 Phase

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

04

Strengths & Limitations

Strengths

  • 20-station pallet changer expandable to 120 pallets enables massive lights-out production capacity for high-mix manufacturing
  • 20,000 RPM gear-driven spindle delivers both high-speed aluminum finishing and strong torque for steel and alloy roughing
  • Hand-scraped Meehanite cast iron construction with box ways provides exceptional long-term accuracy retention
  • 510 mm equal travels on all three axes provide a well-proportioned work envelope for medium-sized parts
  • 190-tool standard magazine expandable to 290 tools eliminates tool constraints across diverse part families
  • Horizontal spindle with trunnion 5-axis provides superior chip evacuation for deep-cavity and pocket machining

Limitations

  • 350 mm pallet diameter limits maximum workpiece size compared to 400 mm-class HMC competitors
  • High initial investment requires high-volume or high-mix production to justify the automation infrastructure
  • Arumatik-Mi control is less common than Fanuc in the HMC market, potentially complicating operator hiring
  • Kitamura's 5-axis HMC service expertise is less widely available than their VMC support in most regions
05

Best For

Medical device manufacturers running diverse families of implants and instruments requiring 5-axis access and high automation Aerospace job shops processing high-mix small-to-medium component families with tight tolerances and short lead times Precision mold component manufacturers producing core pins, inserts, and cavities requiring consistent 5-axis accuracy Contract manufacturers building lights-out cells for recurring production of complex parts across multiple programs Defense and electronics manufacturers needing unattended 5-axis production of precision housings and manifold blocks
06

Frequently Asked Questions

01 How does the Supercell-400G compare to the original Supercell 400?

The Supercell-400G adds full 5-axis capability with A/B trunnion axes (the original 400 was a 4-axis HMC with B-axis indexing only). The 400G uses a 350 mm round pallet vs the 400 x 400 mm square pallet on the original. Both share Kitamura's hand-scraping and precision DNA, but the 400G targets 5-axis work while the original 400 excels at 4-axis horizontal production.

02 What does a Kitamura Supercell-400G cost?

New Supercell-400G machines typically price between $450,000 and $700,000 depending on pallet count, tool magazine size, and spindle options. A fully configured 120-pallet, 290-tool system represents the upper end but delivers maximum lights-out capability.

03 How many pallets can the Supercell-400G hold?

The standard configuration includes a 20-station automatic pallet changer. This is expandable to 40, 60, 80, 100, or 120 pallets depending on production requirements. Each pallet is 350 mm in diameter. The large pallet capacity combined with up to 290 tools enables true lights-out operation for diverse part families.

04 Is the Supercell-400G suitable for titanium machining?

Yes, the 4-step gear-driven spindle provides substantial low-end torque for titanium and other aerospace alloys. The horizontal orientation with trunnion-table rigidity maintains stable cutting forces at compound angles. The NST No. 40 taper is the limiting factor for extremely aggressive roughing, but for most titanium finishing and semi-finishing operations the 400G is well-suited.

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Videos

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