Yama Seiki GV-1000

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CAPACITYMax. / Swing over saddlemm(in)1021 mm (40.2″)
Max. Turning Dia.mm(in) 1001 mm (39.4″)
Max. Turning Lengthmm(in)759 mm (29.9″)
Bar Capacitymm(in)
SPINDLEChuck Size(in)(15″)
Hole through spindlemm(in)
Spindle Speed (rpm)r/min3,000 rpm
Motor output ( cont. / 30 min.)HP/kW30 HP (22kW) / 40 HP (30 kW)
Motor (Max/Cont.)kW(HP)
Torque (Max/Cont.)N.m
Spindle TypeBelt – Gear
Spindle NoseA2-11
FEEDTravel (X/Z)mm(in)20.7” (525 mm) / 30.1” (765mm)
Rapid Travel (X/Z)m/min24m/min
Slide TypeLinear Guide Way
X-axis servo motorHP (KW)5.3 HP ( 4.0 kW)
Z-axis servo motorHP (KW)8 HP ( 6.0 kW)
BLOCK TOOLNo. of Tool / StationsEA12
Tool SizeOD mm(in)32mm (1”)
ID   mm(in)60mm (2.25”)
TANK CAPACITYCoolant TankGallon / litre66 gal (250L)
Lubricating Tankℓ(gel)
POWER SUPPLYElectric Power SupplykVA58 kVA
Thickness of Power CableSq
mm(in)2,595 mm x 2,975 mm x 3,050 mm ( 102.17″ x 117.13″ x 120.08″ )
Weightkg(lb)13,500 kg ( 29,762 lb )
NCControllerFANUC Oi-TD

Specifications are subject to change without notice for quality improvement.
In case of any further information, please refer to the machine catalog.

High Performance Vertical Turning Center

With 30 Years of experience in the manufacture of lathes. Yamaseiki is pleased to introduce our GV-1000 CNC Vertical Turning Center, which combined ultra high power performance, super rigid construction and high speed machining. The GV-1000 provides turning and milling capacity for the dynamic demands of todays market and onward into the future.

With a maximum turning diameter of 39.37″ ( 1,000 mm ) by 29.92″ ( 760 mm ) long, the GV-1000 is ideal for the machining of large parts and heavy cutting conditions. The ‘C’ Axis and a live tooling turret enable “ One Hit Manufacturing” of suitable components.

  • Full surrounded guarding for a clean environment.
  • The use of slide-way covers protect all the bed-ways.
  • Environmentally friendly lube system provides the lubrication for the slide-ways and ball-screws.
  • Machine Design is based on Ergonomics, all so known as Human Factor Engineering is the science of refining the design of products to optimise machine for human use. This principle has been fully integrated into the design, from the ease of operation to the compact floor space, which gives a floor space saving of up to 50% over a conventional turning center design.

Tailstock shown with optional live center

  • Designed for the easy loading of parts, the spindle nose to floor = 42.52″ ( 1,080 mm ) & the spindle center line to the operator door = 26.42″ ( 671 mm )
  • The compact body design and working area make the GV-1000 Foot Print one of the smallest in its class.

Tailstock shown with optional live center 

  • Easy maintenance independent coolant system and chip conveyor.
  • The spindle gear box lubrication integrity is monitored by flow.


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