G700 G1000

Dynamic graphite machining centers

Technical specifications

Modell G700 G1000
X-Axis (mm) 7501.020
Y-Axis (mm) 700
Z-Axis (mm) 500
Table working surface W x D (mm) 810 x 6201.050 x 700
Load max. (uniform distribution) (kg) 500800
Distance from spindle nose to table (mm) 150 - 650180 - 680
Distance between columns (mm) 8501.080
T-Slots (DIN 650) 5 x 18 x 1256 x 18 x 125
Spindle Taper HSK50-E
Type Motorspindel
Power S1/S6 (kW) 20 / 26
Torque S1/S6 (Nm) 10,4 / 13,5
Spindle Speed (rpm) 25.000
Feed Rate
Rapid Traverse X/Y/Z-Axis (m/min) 30 / 30 / 30
Cutting Feed Rate X/Y/Z-Axis (mm/min) 20
ATC & Magazine
ATC Type Doppelgreifer
Magazine Capacity 2430
Maximum Tool Diameter (mm) full / next pocket empty 75
With Empty Pockets (mm) 120
Maximum Tool Length (mm) 300
Maximum Tool Weight (kg) 7
Space & System Requirements
Maximum Floor Spade (mm) W x L x H 2.890 x 4.510 x 2.8703.950 x 4.600 x 2.950
Machine Net Weight (kg) 7.0009.100
Electrical Power Consumption (kVA / A) 50 / 125
Air Requirements (bar) 6
Modell G700 G1000


Standard Optional
Heidenhain iTNC 640 Control Ballscrew cooling system
Graphite collector Part probe measurement system
Linear Scales Touch probe for tool measurement
15,000 RPM, CAT/BT40, inline spindle Manual pulse generator (MPG)
Spindle thermal compensation system Programmable airblow machining
Chip flushing Programmable airblow through spindle machining
Spindle cooling
Full enclosure
Ethernet interface
24T arm type ATC (H7) (G700)
30T arm type ATC (G1000)

General Infos

Optimal structural design

  •  Main mechanical structures, such as: base, column, saddle, etc., are made of Meehanite casting iron with the process of heat treatment to release the residual stress to ensure every actual miniature movement and to maintain a long-lasting accuracy.
  • Box-shaped structural design on beam, together with ladder-like layout of linear guideway makes the combining span of saddle wider and assures a powerful and stable machining capability on the spindle. 
  • The no-counterweight structural design on headstock is without stagnant phenomenon caused by inertia and no vibration resulted from the counterweight, but with the agile, quick and stable response in feed.
  • 3-axis ballscrews, being pre-stretched, can effectively refrain from the thermal deformation and surely guarantee the precise positioning accuracy and repeatability accuracy. 
  • All components made by casting iron are through special treatment to release internal stress so as to assure good accuracy in long-term operation and long service hours.

Characteristic of graphite cutting machine

  • The fully-enclosed cover practically reduces the contamination by graphite particles/dusts.
  • Of high dust-proof class of ballscrews and linear guideways makes service life longer.
  • Equipped with high-efficiency dust collector
  • The dust collection device is well-designed without any interferences.

Automatic Tool change

  • Automatic Tool change


Built-in Spindle

  • With the characteristic of high precision and high stability, the spindle is professionally made.
  • The cooling system on the spindle makes sure the temperature stability in spindle operation and restrains from the thermal deformation on the spindle to optimize the machining accuracy.

Heidenhain Control TNC 640

  • Our Takumi  Machining Centers are equipped with the latest Heidenhein TNC control. 
Heidenhain Control TNC 640


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