Bar feeder for cnc lathe metal CK6163 flat bed cnc lathe
Maximum turning diameter of bed: Φ630mm
Maximum turning diameter on skateboard: Ф400mm
Maximum processing length: 1000mm
Maximum machining diameter: 630mm
Tool holder form: 4-station electric tool holder
The CK6163 lathe machine is a full-featured CNC normal precision lathe designed and engineered using advanced foreign technology.
The design and controls are developed taking into account the requirements of ergonomics: it is convenient and easy to operate, easy to repair.
| Project | Content | Unit | CK6163*1000 |
| Processing range | Maximum turning diameter of bed | mm | Φ630 |
| Maximum turning diameter on skateboard | mm | Ф400 | |
| Maximum processing length | mm | 1000 | |
| Maximum machining diameter | mm | Φ630 | |
| Travel | X/Z axis maximum travel | mm | 330/1000 |
| X/Z axis minimum displacement unit | mm | 0.001 | |
| Spindle | Spindle through hole diameter | mm | Ф82 |
| Spindle limit speed | rpm | 50-1500 | |
| Main motor power | kw | 7.5 | |
| X/Z axis | N.m | 5/7.5 | |
| X/Z axis rapid traverse speed | m/min | 6/8 | |
| Feed tool holder | Tool holder form | / | 4-station electric tool holder |
| Repeated positioning accuracy of tool post | mm | ≤0.004 | |
| Tailstock | Tailstock sleeve diameter | mm | Φ85 |
| Tailstock sleeve travel | mm | 130 | |
| Other | Machine weight | kg | 2300 |
This ALHAAS CNC CK6163 lathe machine is designed to perform turning operations with large allowance removal, including roughing of cast iron castings. Its main purpose is roughing and semi-finishing turning of large parts.
The machine can process both short workpieces and with a processing length of up to 1000 mm, depending on the selected RMC. Axial movements occur on high-precision sliding guides subjected to HDTV hardening.
ALHAAS CNC CNC Lathe Metal CK6163 have high rigidity and allow turning with the removal of large allowances. With the appropriate software (CAD / CAM systems) - the key to the effective operation of CNC machines - reconfiguring the machine by a process engineer takes minimal time. You just need to change the program, which reduces the complexity of changeover by 80-90% compared to the complexity of this operation on manual machines and ensures the individuality of any complex part.