5-axis machine tool metal molds are widely used in automotive, motorcycle, printing machinery, mold industry, textile machinery, automotive and other machinery manufacturing parts processing.
AL5VMC1000 High-precision CNC 5 Axis Machine Center for machining surfaces tool make the assembly of the workpiece easy. No special fixtures are needed during processing, which reduces the cost of the fixture, avoids multiple clamping and improves the precision of mold processing. Machining molds with five-axis technology can reduce the number of fixtures used.
(1)Main Technical Parameters
Item | Unit | AL5VMC1000 | ||
Worktable Size | mm2 | Φ1000 | ||
Pass Width | mm | 1200 | ||
T-Slot | Width | mm | 22 | |
Distance of Spindle to worktable | Max | mm | 780 | |
Min | mm | 30 | ||
Travel | Longitude (X) | mm | 1100 | |
Lateral (Y) | mm | 1480 | ||
Vertical (Z) | mm | 750 | ||
Head (A) | ±100° | |||
Rotary Table (C) | nX360° | |||
Spindle Number | BT50 | |||
Spindle Rotation Speeds | r/min | 10-4000 | ||
Spindle Torque | Nm | 288 | ||
In Feeding Speeds | Longitude (X) | mm/min | 10-8000 | |
Lateral (Y) | mm/min | 10-8000 | ||
Vertical (Z) | mm/min | 10-4000 | ||
Head (A) | r/min | 0-7 | ||
Rotatry Table (C) | r/min | 0-5 | ||
Fast In Feeding | Longitude (X) | mm/min | 12000 | |
Lateral (Y) | mm/min | 12000 | ||
Vertical (Z) | mm/min | 6000 | ||
Head (A) | r/min | 0-9 | ||
Rotary Table (C) | r/min | 0-8 | ||
Spindle Servo Power | Kw | 30 | ||
In Feeding Servo Power | Longitude (X) | Nm | 35 | |
Lateral (Y) | Nm | 27 | ||
Vertical (Z) | Nm | 35 | ||
Head (A) | Nm | 4 | ||
Rotary Table (C) | Nm | 35 | ||
Positioning Accuracy | mm | 0.02/1000 | ||
Re-positioning(mm) | mm | 0.02 | ||
Max Worktable Load Weight | T | 6 |
(2)Machine Straightness
X:≤0.02/1100(≤0.02/1000) Y:≤0.025/1480(≤0.02/1000) Z:≤0.03/750(≤0.03/1000)
AL5VMC1000 High-precision machining 5-axis machine tool metal molds are widely used in automotive, motorcycle, printing machinery, mold industry, textile machinery, automotive and other machinery manufacturing parts processing.
Precautions:
Many friends have a misunderstanding in the cognitive five-axis machining center. They believe that the five-axis machining center is based on the three-axis machining center and adds two rotating axes. The two rotary axes first fix the cutting tool in an inclined position and then move and process it by the feed axes X, Y, Z. This type of machining is actually due to the fact that the fourth and fifth axes are used to determine the direction of the tool at a fixed position, rather than continuous operation during machining. Therefore, this is not a true five-axis linkage technology. The machining center of 3+2 axes can meet the machining operations that ordinary machining centers cannot. However, this is not a true five-axis machining center.
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