| Quantity: | |
|---|---|
ALTCK50A
ALLES CNC
ALLES CNC Slant bed CNC lathe ALTCK50A with Y axis
ALLES CNC Slant bed CNC lathe ALTCK50A with Y axis
1. It adopts a 30° overall inclined bed structure, and is equipped with high-precision preloading Taiwan linear rolling guides, with high positioning accuracy and smooth chip removal, suitable for high-speed and high-precision machining.
2. The spindle adopts high-precision spindle bearing set, and is precisely assembled and dynamically balanced to ensure high precision, low noise and strong rigidity of the spindle.
3. Using the turret method, the tool change speed is fast and the positioning accuracy is high.
1. The slant bed lathe adopts the turret method, which has fast tool changing speed and high positioning accuracy.
2. Servo motor is used for feeding in X and Z directions, which is directly connected with the screw rod through the elastic coupling with high torque and low inertia, so as to ensure the positioning accuracy and repeated positioning accuracy.
3. The cnc lathe adopts advanced centralized automatic lubricating device, regular quantitative automatic intermittent lubricating, stable and reliable work.
4.Cnc lathe adopts domestic hydraulic chuck.
5. The hydraulic tailstock is manually adjusted and locked, and the hydraulic piston pushes the workpiece for processing.
The Main Technical Parameters
| Machine model | Unit | ALTCK50A |
| Maximum turning diameter of bed | mm | Φ560 |
| Maximum machining diameter (disk type) | mm | Φ400 |
| X axis maximum stroke | mm | 240 |
| Z axis maximum stroke | mm | 400 |
| Spindle speed | rpm | 3000rpm |
| Spindle through hole | mm | Φ66 |
| X/Z motor torque | NM | 7.5/7.5 (X direction with brake) |
| Horizontal turret station | 8 | |
| Maximum stroke of tailstock | mm | 200 |
| Total power capacity | KVA | 18 |
| Dimensions (l×w×h) | mm | 2500*1700*1890 |
| Total Weight | kg | 2600 |
CNC slant bed lathe machine workpiece
1. Good stability
Machine tools with inclined bed or flat bed are generally used for machining oversized parts. Because the corresponding parts of medium and large machine tools are also large, especially the turret part, the inclined guide rail is mainly used to overcome gravity and have better stability to improve The precision of the machine tool can reflect the superiority of the inclined machine tool in some harsh environments.
2.Increase profit
The slant bed lathe can effectively use space and greatly reduce the plane footprint of CNC turning.
3.Easy chip evacuation
The inclined guide rail also facilitates the concentration of iron chips on the chip conveyor for automatic chip removal. The iron scraps under cutting have high heat, and the accumulation on the guide rail will cause the guide rail to be deformed by heat, which will change the working accuracy. In the process of batch automatic processing, the workpiece will be scrapped in batches.
ALLES CNC Slant bed CNC lathe ALTCK50A with Y axis
ALLES CNC Slant bed CNC lathe ALTCK50A with Y axis
1. It adopts a 30° overall inclined bed structure, and is equipped with high-precision preloading Taiwan linear rolling guides, with high positioning accuracy and smooth chip removal, suitable for high-speed and high-precision machining.
2. The spindle adopts high-precision spindle bearing set, and is precisely assembled and dynamically balanced to ensure high precision, low noise and strong rigidity of the spindle.
3. Using the turret method, the tool change speed is fast and the positioning accuracy is high.
1. The slant bed lathe adopts the turret method, which has fast tool changing speed and high positioning accuracy.
2. Servo motor is used for feeding in X and Z directions, which is directly connected with the screw rod through the elastic coupling with high torque and low inertia, so as to ensure the positioning accuracy and repeated positioning accuracy.
3. The cnc lathe adopts advanced centralized automatic lubricating device, regular quantitative automatic intermittent lubricating, stable and reliable work.
4.Cnc lathe adopts domestic hydraulic chuck.
5. The hydraulic tailstock is manually adjusted and locked, and the hydraulic piston pushes the workpiece for processing.
The Main Technical Parameters
| Machine model | Unit | ALTCK50A |
| Maximum turning diameter of bed | mm | Φ560 |
| Maximum machining diameter (disk type) | mm | Φ400 |
| X axis maximum stroke | mm | 240 |
| Z axis maximum stroke | mm | 400 |
| Spindle speed | rpm | 3000rpm |
| Spindle through hole | mm | Φ66 |
| X/Z motor torque | NM | 7.5/7.5 (X direction with brake) |
| Horizontal turret station | 8 | |
| Maximum stroke of tailstock | mm | 200 |
| Total power capacity | KVA | 18 |
| Dimensions (l×w×h) | mm | 2500*1700*1890 |
| Total Weight | kg | 2600 |
CNC slant bed lathe machine workpiece
1. Good stability
Machine tools with inclined bed or flat bed are generally used for machining oversized parts. Because the corresponding parts of medium and large machine tools are also large, especially the turret part, the inclined guide rail is mainly used to overcome gravity and have better stability to improve The precision of the machine tool can reflect the superiority of the inclined machine tool in some harsh environments.
2.Increase profit
The slant bed lathe can effectively use space and greatly reduce the plane footprint of CNC turning.
3.Easy chip evacuation
The inclined guide rail also facilitates the concentration of iron chips on the chip conveyor for automatic chip removal. The iron scraps under cutting have high heat, and the accumulation on the guide rail will cause the guide rail to be deformed by heat, which will change the working accuracy. In the process of batch automatic processing, the workpiece will be scrapped in batches.
