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Albania VMC1370 vertical CNC machining
Category:
AlbaniaVertical machining center
Product Description
one. Function and feature description
1 Overall layout of machine tools
The VMC1370 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 workbench moves laterally along the slide ( X to) structure.
Large parts such as the bed, worktable, slide, column, spindle box, etc. are all made of high-strength cast iron materials, and are shaped using resin sand technology, and are treated twice with aging treatment to eliminate stress. These large parts are designed using SW and Ansys optimization to improve the stiffness and stability of the large parts and the entire machine, effectively suppressing the deformation and vibration of the machine tool caused by cutting forces.
2Drag system
The X and Y axes use linear guides, which have the characteristics of high precision, fast feed speed, and heavy load , improving the movement accuracy of the equipment . The Z-axis uses rectangular guide rails with high rigidity and low noise. The guide rails quenched and adopt internationally advanced guide rail plastic technology to have low friction coefficient, rigidity, reliability and strong stability.
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 so that it cannot rotate, which plays a role in safety protection.
3 spindle group
The spindle group is produced by professional manufacturers in Taiwan and has high precision and high rigidity. The bearings adopt P4 grade special bearings for spindles . After the entire set of spindles is assembled under constant temperature conditions, they pass dynamic balance correction and running-in tests, which improves the service life and reliability of the entire set of spindles .
The spindle can achieve stepless speed regulation within its speed range. The spindle is controlled by a built-in encoder in the motor, which can realize spindle orientation and rigid tapping functions.
4 tool magazine
A robot tool magazine is installed on the side of the column. When changing tools, the cutterhead is driven and positioned by a roller cam mechanism. After the spindle reaches the tool changing position, the robot tool changing device (ATC) completes tool return and tool feeding. ATC is gear hobbing . The cam mechanism, after being preloaded, can operate at high speed and noiselessly, making the tool changing process fast and accurate.
5 cutting cooling system
Equipped with a large-flow cooling pump and a large-capacity water tank to fully ensure circulating cooling. Cooling pump power: 0.4Kw, pressure: 1.2bar.
The end face of the spindle box is equipped with a cooling nozzle, which can be water-cooled or air-cooled, and can be switched at will. The cooling process can be controlled through M code or control panel.
Equipped with a cleaning air gun for cleaning machine tools.
6Pneumatic system
The pneumatic triplex can filter impurities and moisture in the air source to prevent impure gas from damaging and corroding machine tool components. The solenoid valve group is controlled by the PLC program to ensure that spindle tool unclamping, spindle center air blowing, spindle tool clamping, spindle air cooling and other actions can be completed quickly and accurately.
7Machine tool protection
The machine tool adopts a protective room that meets safety standards, which not only prevents coolant from splashing, but also ensures safe operation and a pleasant appearance. Each guide rail of the machine tool has a protective cover to prevent chips and coolant from entering the machine tool and protect the guide rails and ball screws from wear and corrosion.
8 Lubrication system
The guide rails and ball screw pairs are all lubricated by centralized automatic thin oil. Each node is equipped with a quantitative oil separator, which regularly and quantitatively injects oil into each lubricating part to ensure that each sliding surface is evenly lubricated, effectively reducing friction resistance and improving movement. The accuracy ensures the service life of the ball screw pair and guide rail.
9chip removal system
The iron chips generated during the machining process fall directly onto the guard room. The internal bevel structure of the guard allows the iron chips to slide smoothly into the chip conveyor, and then the iron chips are transported to the chip collecting car through the spiral chip conveyor. It is simple, practical and Good economy.
10Machine tool working conditions
(1)Power supply: 380V±10% 50HZ±1% three-phase alternating current
(2)Using temperature: 5℃-40℃
(3) Optimal ambient temperature: 15℃-25℃
(4) Relative humidity: 40-75%
(5) Air source pressure: 0.5-0.7Mpa
(6) Air source flow: 350L/min
two. Main specifications and technical parameters
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VMC1370 |
unit |
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workbench |
working desk size |
1400×700 |
mm |
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maximum allowable load |
1200 |
k g |
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T- slot size |
140-22-5 |
mm ×pcs |
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processing scope |
Maximum travel of worktable - X axis |
1300 |
mm |
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Maximum travel of slide - Y axis |
700 |
mm |
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Maximum spindle travel - Z axis |
700 |
mm |
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Spindle end face to Work surface distance |
maximum |
860 |
mm |
|||
|
smallest |
160 |
mm |
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Distance from spindle center to guide rail base surface |
780 |
mm |
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Spindle |
Taper Hole (7:24) |
BT 50 |
|
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RPM range |
50～6000 _ |
r/min |
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Maximum output torque |
143 |
Nm |
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Spindle motor power |
11 |
kw |
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Spindle transmission mode |
Synchronous toothed belt |
|
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Knives |
Tool holder model |
MAS403BT50 |
|
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Pull nail model |
MAS403 BT50-Ⅰ |
|
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Feed |
Fast-moving |
X- axis |
twenty four |
m/min |
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Y axis |
twenty four |
|||||
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Z axis |
18 |
|||||
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Feed rate |
1-8,000 _ _ |
mm /min |
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Three-axis drag motor power |
2.5/2.5/2.5 |
kw |
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*Tool magazine |
Tool magazine form |
Disc type . |
|
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Knife selection method |
Pre-selected knife |
|
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Tool magazine capacity |
twenty four |
Bundle |
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Maximum tool length |
300 |
mm |
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Maximum tool weight |
18 |
kg |
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Maximum cutterhead diameter |
full knife |
Φ112 |
mm |
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Adjacent empty knife |
Φ200 |
mm |
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Tool changing time |
3 |
s |
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positioning accuracy |
|
JISB6330 |
JB/T 8771.4-1998
|
mm |
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X- axis |
± 0.0 05/300 |
0.020 |
|
|||
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Y axis |
± 0.0 05/300 |
0.015 |
|
|||
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Z axis |
± 0.0 05/300 |
0.015 |
mm |
|||
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Repeatability |
X- axis |
±0.005 |
0.012 |
mm |
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|
Y axis |
±0.005 |
0.010 |
|
|||
|
Z axis |
±0.005 |
0.010 |
mm |
|||
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Machine weight |
7000 |
kg |
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