CNC Slant Bed Lathe Machine
45° integral inclined bed structure, the machine high rigidity, good chip removal performance.
X and Z axis adopt precise linear rolling guide, no clearance transmission, good rigidity, high precision
Specifications
| Item | Main parameters | Unit | CK-400G |
| Turning Range | Max. Swing Diameter Over Bed | mm | Ø500 |
| Max. Swing Diameter Over Cross Slide | mm | Ø240 | |
| Max. Turning Diameter | mm | Ø320 | |
| Max. Length of Work-piece | mm | 450 | |
| Max. Turning Diameter (Through the hydraulic chuck hole) | mm | Ø52 | |
| Center Distance | mm | 450 | |
| Spindle | Spindle Speed Ranges | r/min | 100-3500 |
| Spindle Nose Taper | type | A2-6 | |
| Spindle Bore | mm | Ø62 | |
| Domestic Hollow Hydraulic Chuck | inch | 8″ | |
| Spindle Motor Power | kW | 7.5/Servo | |
| Machine Body | Body Degree | type | 45°/HT250 |
| X/Z Axis Linear Guide | mode | 35/35 | |
| Max. Travel of X Axis | mm | 210 | |
| Max. Travel of Z Axis | mm | 450 | |
| Ball Screw & Driver | X Axis Lead Screw | model | 3210 |
| Z Axis Lead Screw | model | 3210 | |
| Lead Screw Bearing | NSK C (JAPAN) | ||
| Rapid Traverse Speed of X/Z Axis | m/min | 20/20 | |
| X Axis Servo Motor Torque | Nm | 7 | |
| Z Axis Servo Motor Torque | Nm | 7 | |
| Tool Turret | Hydraulic Tail Type | type | Hydraulic 80-8T25 |
| Tool Shank Size | mm | 25×25/Ø32 | |
| Tail-stock | Hydraulic Tail-stock | type | Hydraulic |
| Tail-stock Quill Stroke | mm | 60 | |
| Tail-stock Quill Taper | MT-No | MT-4 | |
| Tail-stock Quill Diameter | mm | Ø52 | |
| Other | Turning Precision | level | IT6 |
| X/Z Axis Repeat Positioning Accuracy | mm | X Axis: 0.005 | |
| mm | Z Axis: 0.005 | ||
| Roughness | um | Ra w 0.8 | |
| Coolant System | W | 120 | |
| Lubricating Row Amount and Time | mt | 2-6ml, 15min/time | |
| Total Power | kVA | 50 | |
| Machine Dimensions (L×W×H) | m | 2.5×1.8×1.7 | |
| Machine Weight | Kg | 3000 |
Features
- The CNC system adopted has complete functions and reliable performance. Mechatronics hydraulic integrated design, compact structure.
- Servo tool rest with SHORTER driving force, with drilling, milling and tapping functions.
- The main shaft is locked by Japanese SUNTER hydraulic clamp, with zero backstroke, large clamping force, safety and reliability.
- Automatic centralized lubrication, full lubrication, reliable.
- Fully enclosed machine design, beautiful and generous shape.
Main Components Details
Accessories
Standard Accessories:
- Configuration
- Control System
- Servo Driver
- X Axis Motor
- Z Axis Motor
- Main Servo Motor
- X/Z Axis Lead Screw
- X/Z Axis Linear
- Guide
- Coupling
- Spindle
- Spindle Bearing
- Hollow Hydraulic
- Chuck
- Tool Turret (Servo)
- Electrical Control
- Elements
- Automatic
- Lubricating System
- Electric Coolant
- Pump
- External Hand-wheel
- Work Light
- Transformer
- Full Protection Cover
Optional Accessories:
- SIEMENS 808D
- FANUC 0i TF
- SINTEC 21TA
- Chip Conveyor
- 10 Station Tool Turret (Servo)
Application
CNC slant bed lathes are high – precision automated machine tools that play a crucial role in multiple industries:
- In automobile manufacturing, they process engine crankshafts and transmission parts;
- In the aerospace field, they handle engine blades and landing gear components;
- In machinery manufacturing, they are used for processing shaft – type, disk – type and other parts;
- In electronic equipment manufacturing, they produce small – sized precision parts, meeting the precision and efficiency requirements for parts in various industries.
It has significant advantages. High precision relies on the numerical control and servo systems, with a repeat positioning accuracy of up to ±0.005mm; the slant bed structure optimizes chip removal, and multiple processes can be completed with one clamping, greatly improving efficiency. It can also process complex rotating body parts.
Moreover, due to high rigidity and numerical control monitoring, the processing quality is stable and consistent. Compared with ordinary lathes, it has obvious advantages in structure, automation and precision, promoting the development of part processing towards high efficiency and precision.