CNC Fanuc System Machining Tool Vmc1160

• Customization: Available
• After-sales Service: Provided
• Warranty: 12 Months
• Model NO.: VMC1160
• Application: Metal
• Process Usage: Metal-Cutting CNC Machine Tools, CNC Non-Conventional Machine Tools, Metal-Forming CNC Machine Tools
• Movement Method: Sea Shipment
• Numerical Control: CNC/MNC
• Processing Precision: 0.01~0.02(mm)
• Performance Classification: High-End CNC Machine Tools
• Certification: ISO 9001
• Condition: New
• Transport Package: Wood Package
• Trademark: MAGI
• Origin: China
• Production Capacity: 200 Sets/Month

Product Description

,Main structure and technical features of machine tools

1.Overall layout of machine tools
VMC1160L,,(Z),(Y),(X).The VMC1160L vertical machining center adopts a vertical frame layout. The column is fixed on the bed, the spindle box moves up and down along the column (Z direction), the slide moves longitudinally along the bed (Y direction), and the worktable moves horizontally along the slide (X direction).
,,,,,,.Pro/EAnsys,,.The bed, worktable, slide, column, spindle box and other large parts are all made of high-strength cast iron, shaped by resin sand process, and treated twice to eliminate stress. These large parts are optimized and designed using Pro/E and Ansys to improve the rigidity and stability of the large parts and the whole machine, and effectively suppress the deformation and vibration of the machine tool caused by cutting force.
2.Drag system
,,,,,,,.The three-axis guide pair adopts imported rolling linear guides, which have small dynamic and static friction, high sensitivity, small vibration at high speed, no creep at low speed, high positioning accuracy, and excellent servo drive performance, which improves the accuracy and precision stability of the machine tool.
,,,,,.The three-axis servo motor is directly connected to the high-precision ball screw via an elastic coupling, reducing intermediate links and achieving gapless transmission, flexible feeding, accurate positioning and high transmission accuracy.
Z,,,,.The Z-axis servo motor has an automatic brake function. In the event of a power outage, the brake can automatically hold the motor shaft tightly to prevent it from rotating, thus providing safety protection.
3.Spindle group
,,.P4,,,.The spindle assembly is manufactured by a professional manufacturer in Taiwan, with high precision and high rigidity. The bearings are P4-grade spindle-specific bearings. After the entire spindle is assembled under constant temperature conditions, it passes the dynamic balance correction and running-in test, which increases the service life and reliability of the entire spindle.
,,.The spindle can achieve stepless speed regulation within its speed range. The spindle is controlled by a motor built-in encoder, which can realize spindle orientation and rigid tapping functions.
4.Tool Magazine
,,,,(ATC),ATC,,.A robotic tool magazine is used, which is installed on the side of the column. When changing tools, the tool disc is driven and positioned by a roller cam mechanism. After the spindle reaches the tool changing position, the robotic tool changing device (ATC) completes the tool return and delivery. ATC is a gear hobbing cam mechanism, which can run at high speed and without noise after pre-pressure, making the tool changing process fast and accurate.
5.Cutting cooling system
,,:0.55Kw,:3bar.Equipped with a large-flow cooling pump and a large-capacity water tank to fully ensure circulating cooling. Cooling pump power: 0.55Kw, pressure: 3bar.
,,,M.The end face of the spindle box is equipped with cooling nozzles, which can be water-cooled or air-cooled and switched at will. The cooling process can be controlled by M code or control panel.
,.Equipped with a cleaning air gun to clean the machine tool.

6.Pneumatic system
,.PLC,,,,.The pneumatic triplex can filter impurities and moisture in the air source to prevent impure gas from damaging and corroding machine tool parts. The solenoid valve group is controlled by the PLC program to ensure that the spindle tool release, spindle center air blowing, spindle tool clamping, spindle air cooling and other actions can be completed quickly and accurately.
7.Lubrication system
,,,,,,,.The guide rails and ball screw pairs are centrally lubricated with automatic thin oil. Each node is equipped with a quantitative oil distributor to regularly and quantitatively inject oil into each lubrication part to ensure uniform lubrication of each sliding surface, effectively reduce friction resistance, improve motion accuracy, and ensure the service life of the ball screw pair and guide rails.
8.Machine tool protection
,,,.,,,.The machine tool adopts a protective room that meets safety standards, which can prevent splashing of coolant, ensure safe operation and pleasant appearance. Each guide rail of the machine tool has a protective cover to prevent chips and coolant from entering the machine tool, and to protect the guide rail and ball screw from wear and corrosion.
9.Chip removal system
Y,,,.The split protection structure of the Y-axis allows the iron chips generated during the machining process to fall directly onto the bed. The large inclined structure inside the bed allows the iron chips to slide smoothly onto the chain plate of the chain chip conveyor at the bottom of the machine tool. The chain plate is driven by the chip removal motor to transport the chips to the chip removal trolley.
,,,,.The chain chip conveyor has a large conveying capacity, low noise, and is equipped with an overload protection device. It operates safely and reliably and is suitable for chips and rolls of various materials.

.Main technical parameters and accuracy of machine tools

Name				Specification	Unit
Workbench	Workbench size			1200×600	mm
	Maximum allowable load			800	kg
	TT-slot dimensions			5-18×100	mm×
Processing	- XMaximum travel of worktable - X axis			1100	mm
scope	- YMaximum slide travel - Y axis			600	mm
	- ZSpindle Maximum Travel - Z Axis			600	mm
	Spindle end face to		Maximum	725	mm
	Distance from work surface		Minimum	125	mm
	Distance from spindle center to guide rail base			672	mm
Spindle	(7:24) Cone hole (7:24)			BT40/150
	Maximum speed			8000	r/min
	Spindle drive mode			Synchronous toothed belt
Knife	Handle Model			BT40
	Pull nail model			BT40-I
Feed	Fast Movement		X X-axis	36	m/min
			Y Y-axis	36
			Z Z-axis	24
	Feed speed			1-8000	mm/min
Tool Magazine	Tool magazine form
	Knife selection method			Two-way nearby knife selection
	Tool magazine capacity			24
	Maximum tool length			300	Mm
	Maximum tool weight			8	Kg
	Maximum tool diameter at full tool			Φ78	Mm
	Maximum tool diameter of adjacent empty tool			Φ120	Mm
	Tool change time			2.5	S
Positioning accuracy	X/Y/Z			0.010	Mm
Repeat positioning accuracy	X/Y/Z			0.005	Mm
Machine weight				6000	Kg
Total electrical capacity				25	KVA
(××)Machine tool dimensions (length x width x height)				3240×2430×2970()Without chip conveyor	Mm
Spindle motor		Motor Model		βiIP 22/ 8000
		Main motor power		11/15 kW
		Rated output torque		105 Nm
		Maximum Torque		191 Nm
Feed motor	X/Y X/Y axis		Motor Model	βiS 22/3000
			Maximum speed	3000
			Rated power	3 kW
			Rated output torque	20 Nm
	ZZ-axis		Motor Model	βiS 22B/2000
			Maximum speed	3000
			Rated power	3 kW
			Rated output torque	20 Nm