Description
CK6165E Product Detail Page
| Specifications | unit | CK6165E |
|---|---|---|
| Maximum turning diameter on bed | mm | 650 |
| Maximum turning diameter of pallet | mm | 375 |
| Maximum turning diameter (disc type) | mm | 650 |
| Maximum processing length | mm | 1000/1500/2000/3000 |
| Maximum turning length | mm | 900/1400/1900/2900 |
| Spindle nose shape and code | C11 | |
| Spindle motor power | kw | 11 |
| Taper of spindle front end hole | Φmm | 105 |
| Spindle speed range | r/min | 10-85,40-350,100-800 |
| Spindle switching method | r/min | three-stage mechanical speed change, stepless speed change in stages |
| Chuck type | Ручной патрон | |
| Chuck size | inch | 12 |
| X/Z axis rapid traverse speed | m/min | X:4 Z:5 |
| X axis servo motor torque | N.m | 11 |
| Z axis servo motor torque | N.m | 15/22/30 |
| X axis travel | mm | 400 |
| Z axis travel | mm | 1100/1600/2100/3100 |
| Guide rail type | Type of box guides | |
| Tool holder type | 4 | |
| Tool holder size | mm | 32*32 |
| Tailstock bushing diameter | mm | 100 |
| Tailstock bushing taper bore | 250 | |
| Tailstock bushing stroke | MT6 | |
| Rated apparent power | kw | 17/18/20 |
| Rated total current | A | 36/40/42 |
| Machine weight | kg | 4000/4400/5000/5800 |
| External dimensions | mm | 3300/3800/4300/5300*2000*2000 |
| External dimensions | mm | 3300/3800/4300/5300*2000*2000 |
The CK6165E series CNC horizontal lathe features high precision, power and rigidity. Its main components and structure have been optimized.
GSK980TDC or FANUC 0i-mate CNC system and full digital AC servo system, X and Z axes adopt semi-closed feedback control, a pair of ball screws adopt C3 precision grade ball screw, the electrical components are imported or domestic famous brands, meet CE certification or national 3C standard.
The machine adopts domestic famous vertical four-frame CNC tool, which features high positioning accuracy, high strength and good vibration resistance.
Before leaving the warehouse, each machine undergoes strict inspection and testing program. Each machine uses laser interferometer to determine the positioning accuracy and repeatability of X and Z axes, to ensure the stability and reliability of the machine.
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