NO |
content |
|
specification |
Remarks |
1 |
Processing range |
X-axis machining range |
1500mm |
|
Y-axis machining range |
3000mm |
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Z-axis machining range |
200mm |
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2 |
Machine parameter index |
X, Y, Z axis motion positioning accuracy |
0.05mm |
The above position parameters are referenced to the international ISO230-2 and are calibrated using a RENISHAW laser interferometer. Note (1) |
X, Y, Z repeat positioning accuracy |
0.05mm |
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Maximum displacement speed |
30 m / min |
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Maximum processing speed |
20 m / min |
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Total machine weight |
About 2500KG |
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Machine operating voltage |
AC380V/50HZ/3PH |
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3 |
Workbench |
Phenolic panel workbench |
Vacuum adsorption table |
|
Workbench load |
500KG |
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4 |
CNC system |
Weihong professional CNC system |
NK300 |
|
5 |
Tool change system |
Row |
5 knife position |
|
6 |
Drive power (AC servo) |
X-axis drive motor |
850W |
Yaskawa, Japan |
Y-axis drive motor |
850W |
Yaskawa, Japan |
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Z-axis drive motor |
850W |
Yaskawa, Japan |
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Voltage |
AC380 / 3PH |
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7 |
Electric spindle (frequency conversion) |
Spindle |
Italian HSD air-cooled |
|
Spindle speed |
4000-24000RPM |
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Spindle power |
9.6 KW |
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Spindle taper |
ISO30 |
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Spindle dynamic balance level |
G2.5 |
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Frequency converter |
VFD |
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8 |
guide |
X rail guide |
Square rail (25mm) |
|
Y-axis guide |
Square rail (25mm) |
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Z-axis guide |
Square rail (25mm) |
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9 |
transmission |
X-axis drive |
Ball screw rod |
|
Y-axis drive |
Grinding grade helical rack |
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Z-axis drive |
Ball screw rod |
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Note(1): |
Positioning accuracy detection method: The measurement data is sorted by mathematical statistics. That is, any number of positioning points (generally 5 to 15) are selected along a certain measurement axis parallel to the coordinate axis, and then multiple positioning (usually 5 to 13 times) is repeated for each positioning point. The locating point can be approached in one direction, or it can be approached from two directions, and then the measurement data is statistically processed to obtain an arithmetic mean value. Further, the average value deviation, the standard deviation, and the dispersion degree were determined. The dispersion represents the repeating positioning accuracy, which together with the average deviation constitutes the positioning accuracy, and the sum of the two is the maximum positioning deviation that can be achieved when positioning between any two points. |
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