ALCK6150 CNC lathe can turn internal and external circular surfaces, conical surfaces, spherical surfaces, arc surfaces, end surfaces, grooving, drilling and reaming, special-shaped rotary bodies, metric and inch threads with and without undercuts, and shapes of any quadratic curve.
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ALCK6150
ALLES CNC
ALCK6150 CNC lathe can turn internal and external circular surfaces, conical surfaces, spherical surfaces, arc surfaces, end surfaces, grooving, drilling and reaming, special-shaped rotary bodies, metric and inch threads with and without undercuts, and shapes of any quadratic curve.
CK6150 Lathe Machine Advantages:
1. The machine tool has high precision, and the spindle adopts HRB high-precision double ball bearing support, which has low noise, high precision and good stability.
2. The bed guide rail is finely ground after ultrasonic quenching, with high hardness and good rigidity.
3. The electric four-station tool post adopts precise toothed plate positioning, and the repeat positioning accuracy is high.
4. The tailstock has a quick cam clamping device with high working efficiency. There is a device in the tailstock sleeve to prevent the drill bit from rotating, which avoids damage to the taper of the inner hole of the tailstock sleeve due to the rotation of the drill bit caused by misoperation, and effectively protects the tailstock components.
5. The numerical control system adopts the well-known brands at home and abroad such as Guangshu system or Kaiendi. It can be driven by hybrid stepping motor or AC servo motor, and other systems can also be selected according to user requirements.
6. Easy to operate, especially suitable for the processing of complex parts or high-precision mass parts, and it is also the first choice for CNC teaching.
7. The tailstock has a quick cam clamping device with high working efficiency. There is a device in the tailstock sleeve to prevent the drill bit from rotating, which avoids damage to the taper of the inner hole of the tailstock sleeve due to the rotation of the drill bit caused by misoperation, and effectively protects the tailstock components.
| Max swing over bed | mm | Φ500 |
X-direction rail span | mm | 210 |
Z-direction rail span | mm | 400 |
Maximum swing over slide | mm | Φ250 |
Maximum turning length | mm | 850 |
Spindle hole diameter | mm | Φ82 |
Bar diameter | mm | Φ80 |
With hollow chuck pull rod through hole | mm | Φ65 |
Spindle speed limit | rpm | 1800 |
Diameter of tailstock sleeve | mm | Φ75 |
Tailstock sleeve stroke | mm | 150 |
Electric tool post knife number | set | 4 |
Knife square size | mm | 25×25(four stations) |
X/Z direction fast moving speed | m/min | 6/8 |
Minimum setting unit | mm | 0.001 |
main motor power | KW | 7.5 |
Total power | KW | 13 |
| Machine weight | Kg | 2650 |
(1) The tool setting should be accurate, and the compensation number should be consistent with the program call.
(2) Check whether the position of each function button of the CNC lathe is correct.
(3) The cursor should be placed in the main program header.
(4) Add an appropriate amount of coolant.
(5) The standing position should be appropriate. When starting the program, the right hand is ready to press the stop button. The hand cannot leave the stop button while the program is running. If there is an emergency, press the stop button immediately.
ALCK6150 CNC lathe can turn internal and external circular surfaces, conical surfaces, spherical surfaces, arc surfaces, end surfaces, grooving, drilling and reaming, special-shaped rotary bodies, metric and inch threads with and without undercuts, and shapes of any quadratic curve.
CK6150 Lathe Machine Advantages:
1. The machine tool has high precision, and the spindle adopts HRB high-precision double ball bearing support, which has low noise, high precision and good stability.
2. The bed guide rail is finely ground after ultrasonic quenching, with high hardness and good rigidity.
3. The electric four-station tool post adopts precise toothed plate positioning, and the repeat positioning accuracy is high.
4. The tailstock has a quick cam clamping device with high working efficiency. There is a device in the tailstock sleeve to prevent the drill bit from rotating, which avoids damage to the taper of the inner hole of the tailstock sleeve due to the rotation of the drill bit caused by misoperation, and effectively protects the tailstock components.
5. The numerical control system adopts the well-known brands at home and abroad such as Guangshu system or Kaiendi. It can be driven by hybrid stepping motor or AC servo motor, and other systems can also be selected according to user requirements.
6. Easy to operate, especially suitable for the processing of complex parts or high-precision mass parts, and it is also the first choice for CNC teaching.
7. The tailstock has a quick cam clamping device with high working efficiency. There is a device in the tailstock sleeve to prevent the drill bit from rotating, which avoids damage to the taper of the inner hole of the tailstock sleeve due to the rotation of the drill bit caused by misoperation, and effectively protects the tailstock components.
| Max swing over bed | mm | Φ500 |
X-direction rail span | mm | 210 |
Z-direction rail span | mm | 400 |
Maximum swing over slide | mm | Φ250 |
Maximum turning length | mm | 850 |
Spindle hole diameter | mm | Φ82 |
Bar diameter | mm | Φ80 |
With hollow chuck pull rod through hole | mm | Φ65 |
Spindle speed limit | rpm | 1800 |
Diameter of tailstock sleeve | mm | Φ75 |
Tailstock sleeve stroke | mm | 150 |
Electric tool post knife number | set | 4 |
Knife square size | mm | 25×25(four stations) |
X/Z direction fast moving speed | m/min | 6/8 |
Minimum setting unit | mm | 0.001 |
main motor power | KW | 7.5 |
Total power | KW | 13 |
| Machine weight | Kg | 2650 |
(1) The tool setting should be accurate, and the compensation number should be consistent with the program call.
(2) Check whether the position of each function button of the CNC lathe is correct.
(3) The cursor should be placed in the main program header.
(4) Add an appropriate amount of coolant.
(5) The standing position should be appropriate. When starting the program, the right hand is ready to press the stop button. The hand cannot leave the stop button while the program is running. If there is an emergency, press the stop button immediately.
