Eliminate the cutting vibration should find a way to find the way from the tool. First of all, the principle that the cutting force will be minimized should be followed to ensure the sharpness of the cutting edge of the tool to reduce the cutting force. The sharpness of the cutting edge should be ensured regardless of whether the knife has no coating. In addition, suitable methods are used for different types of machining.
The AL5VMC2000 high precision Engine CNC 5 Axis Machine Center is mainly designed for flexible and efficient machining of body parts such as thin-walled, shell-type, and other complex surface components. It is also suitable for machine parts such as mold cars, motorcycles, printing machinery, textile machinery, and vehicles. industry. It can complete all kinds of machining, milling, drilling, boring, tapping and tightening at one time. It is suitable for machining parts with high precision, many processes and complicated shapes.
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(1)Main Technical Parameters
| Item | Unit | AL5VMC2000 | ||
| Worktable Size | mm2 | Φ2000 | ||
| Pass Width | mm | 1200 | ||
| T-Slot | Width | mm | 22 | |
| Distance of Spindle to worktable | Max | mm | 780 | |
| Min | mm | 30 | ||
| Travel | Longitude (X) | mm | 2000 | |
| 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）
Eliminate the cutting vibration should find a way to find the way from the tool. First of all, the principle that the cutting force will be minimized should be followed to ensure the sharpness of the cutting edge of the tool to reduce the cutting force. The sharpness of the cutting edge should be ensured regardless of whether the knife has no coating. In addition, suitable methods are used for different types of machining. For example, a slender shank to cut a slender shaft part should use a 90 degree main yaw tool; a face milling cutter uses a sparse unequal length milling cutter to reduce milling vibration; the smaller the blade edge angle is when the inner hole is boring it is good. Finally, the static rigidity of the reinforced tool should be considered, using a solid carbide or heavy metal shank.
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