VMC1370 High-speed 5 Axis Linkage Machining Center 3+2 Vertical Cnc Vertical Machining Cnc Milling Center

Categories CNC Machining Center, Other Machines

DESCRIPTION

CNC Machining Center Application: High quality resin sand Taiwan spindle Taiwan ball screw and locking nut Taiwan pressure cylinder Japanese NSK bearing germany R+W coupling Automatic lubrication system Chip conveyor at optional Vertical Machining Center Application: This VMC is suitable for mechanical processing and mold making .And it can adapt to the processing requirement from rough machining to finish machining .It can also finish many working procedures like milling ,drilling ,tapping,boring ,etc.

Model	VMC1370 (GSK25i system)	VMC1580(GSK25i system)
Travel parameters of 3 axis
X /Y/Z axis travel	1300/700/700mm	1500/800/700mm
Spindle nose to table surface	110-810mm	130-860mm
X/Y/Z axis AC servo motor	torque N.m 22/22/30	torque N.m 30/30/38
Spindle center to column surface	750mm	810mm
Worktable
table size	1400×700mm	1800×800mm
Max.loading	1000Kg	1500kg
T Shot	5-22×140mm	5-22×135mm
Feeding parameters
X/Y/Z axis rapid feed	24/24/20m/min	20/20/15m/min
Cutting feed	1-10m/min	1-6m/min
Spindle parameters
Main shaft connection	Belt	Belt
Spindle taper	BT40-150	BT50-155
Range of spindle speed	8000rpm(Optional:10000 )	8000rpm(Optional:10000 )
Spindle motor	11kW	15KW
ATC parameters
ATC capacity	24qty	24qty
Max.tool dia	Φ80/Φ150mm	Φ127/Φ200
Max. tool weight	8kg	18kg
Precision
Position accuracy(JIS standard)	±0.008/300mm	±0.008/300mm
Repeat positioning accuracy(JIS standard)	±0.005mm	±0.005mm
Shape and weight
Dimensions	3700×2750×2800mm	4260×3250×2940
Weight	8200kg	13000kg

The feed axis machining center for X, Y, Z coordinate control, spindle servo motor powered,magazine capacity of 16. can achieve a variety of disc-type, plate type, shell, Cam, mold and other complex parts in a single setup, complete the drilling, milling and processing a variety of processes, boring, expanding, reaming, tapping,etc. suitable for many varieties, small batch production of complex, high-precision machining of parts to better show its superiority.