Home  >  Metal Processing Machinery  >  Machine Tool Equipment  >  Milling Machines

Gantry machining center / cnc machining center / double column machining center, X/Y/Z travel: 2200 x 1500 x 760 mm - details see: https://www.machineto.com/gantry-machining-center-10130335

Gantry machining center / cnc machining center / double column machining center

High rigidity designed for precision and heavy duty machining.

(1) Machine specifications:

Model	VMC-2215LG
Table size	2000 x 1200 mm
T-slot (number x width x pitch)	5 x 22mm x 200mm + 2 x 22mm x 100mm
Max. load permissible	4000 kgs
X axis travel	2200 mm
Y axis travel	1500 mm
Z axis travel	760 mm
Spindle nose to table	225-985 mm
Distance between columns	1500 mm
Spindle taper	BT50 / DIN 69871A (option)
Spindle speed	Two step variable gear head: 10-6000 rpm (standard), 10-4500 rpm (option)
Spindle diameter	100 mm
X axis rapid feedrate	20 m/min
Y/Z axes rapid feedrate	20 / 15 m/min
Cutting federate (X/Y)	1-10000 mm/min
Ballscrew diameter & pitch (X/Y/Z)	50/45/45 mm, P16/P10/P10
Ballscrew driven (X/Y/Z)	Direct / Direct / Belt
Tool capacity	32 tools (Opt. 40 tools)
Max. tool diameter / adjacent tool	BT40 & HSK A63:75/125 mm, BT50:125 / 215 mm
Max. tool length	BT40 & HSK A63: 250 mm, BT50:350 mm
Max. tool weight	BT40 & HSK A63: 7 kgs, BT50: 20 kgs
Pull stud	MAS403 P50T-1 / DIN69872 Form A (option)
Spindle motor (cont. 30min rating)	18.5/22 KW ( FAUUC A18/7000i)
Max. spindle torque	6000rpm: 564 Nm , (Opt. 4500rpm: 752 Nm )
Servo motor X/Y/Z (Fanuc)	7/4/4 KW (A30/A22/A22B)
Cutting fluid pump	0.75 KW
Positioning accuracy (JIS 6338)	±0.005/300 mm, ±0.015 length
Positioning accuracy (VDI 3441)	P 0.020 mm
Repeatability (JIS 6338)	±0.003 mm
Repeatability (VDI 3441)	Ps 0.015 mm
Power capacity	50 KVA, 220V, 3 phase 50/60
Air pressure capacity	5 kg/cm2
Coolant tank capacity	380 liter
3 Axes guide way	X linear way + Y&Z Turcite box way
Machine dimension (L)	6230 mm
Machine dimension (W x H)	4430 x 3975 mm
Machine weight	13000 kgs

(2) Main features:

(a) Steel beam structure effectively reduces torque created by spindle stock and cutting force.

(b) Linear guideways on X to increase rapid.

(c) Excellent machine structural design assures maximum rigidity and stability.