H Series


Horizontal CNC Machining Center


  • Spindle speed
    STD. 10000rpm
    OPT. 12000rpm
  • Spindle motor
    Mitsubishi 5.5/3.7 kw
    Fanuc 5.5/3.7 kw
    Siemens 4.8 kw
  • Rapid traverse X,Y,Z: 48/60/48 m/min
  • X axes travel 400mm
  • Y axes travel 450mm
  • Z axes travel 380mm
  • Tools capacity 24+1 tools
  • ATC time (T-T) 2.5sec
  • Table size 400*400mm


  Unit H4030
Table size mm 400*400
Max. Table load kg 200
Max. Workpiece dimension (ØxHeight) mm Ø480x540
Min. lndexing angle of table degree 0.001
Cumulative indexing precision of table sec 20
Table repeatability accuracy sec 4
Drive system for table exchange   -
Max. rotation diameter of APC mm -
X, Y, Z axis travel mm 400*450*380
Spindle center to surface of table mm 90~540
Spindle nose to table center mm 190~570
3 axes bidirectional accuracy of positioning mm VDI 3441
3 axes bidirectional repeatability repeat positioning mm VDI 3441
Spindle taper   BT30
Pull stud   MAS403 P30T-1(45°)
Spindle driving   Direct
Spindle motor Mitsubishi kw 5.5/3.7
Fanuc kw 5.5/3.7
Siemens kw 4.8
X drive motor Mitsubishi kw 1.5
Fanuc kw 1.6
Siemens kw 2.3
Y drive motor Mitsubishi kw 3.0
Fanuc kw 3.0
Siemens kw 3.3
Z drive motor Mitsubishi kw 1.5
Fanuc kw 1.6
Siemens kw 2.3
B drive motor Mitsubishi kw 1.5
Fanuc kw 1.6
Siemens kw 2.3
Spindle speed rpm 10000
B axis speed rpm 16.6
X, Y, Z axis rapid traverse m/min 48/60/48
Tools capacity tools 24+1
Max. tool weight kg 4
Max. tool length mm 200
Max. tool diameter (alternate pocket empty) mm 65 (80)
ATC time (T-T) sec 2.5
Tool change type   Arm type
Tank volume L 200
Coolant pump rate W 600
Flow rate l/min 136
Chip flush pump rate W 600
Flow rate l/min 136
Net weight kg 3700
Floor space mm 1835*2593*2407
  • Tool change time supplied with Mitsubishi controller and standard 60Hz power. For electrical requirements other than this standard, please contact one of our personnel.
  • The company reserves the right to modify the specifications / design, subject to change without further notice.
    Actual specifications, based on order content.