Heavy duty cnc lathe machine CK6180 with big spindle bore
| itm | unit | CK6180 |
| Max. Swing over bed | MM | 800 |
| Max. Swing over cross slide | MM | 540 |
| Max. Z axis Travel | MM | 750/1000/ 1500/2000/ 3000 |
| Max. X axis Travel | MM | 410 |
| Spindle bore | MM | 52/80/105 |
| Spindle nose | ISO (GB) D8 | |
| Spindle speed range | RPM | 162-1500 /66-500/21-150 or 150-1800 |
| Spindle speed steps | Independent spindle three gears | |
| Chuck | MM | manual 3 jaws 250 |
| Bed width | MM | 400 |
| x/z fast feed | Mm/min | 5000/10000 |
| x/z cutting travel speed | Mm/min | 1-6000 |
| Number of tool turret | 4/6/8 | |
| Tool shank type | MM | 25*25 |
| Positioning accuracy | MM | X≤0.010Z ≤0.015 |
| Repeatability Positioning accuracy | MM | X≤0.0075Z ≤0.010 |
| Min. unit set | MM | 0.001 |
| roundness | MM | ≤0.007 |
| Diameter uniformity | MM | ≤0.03 Length 300 |
| Flatness | MM | ≤0.02 diameter 300 |
| Surface roughness | Ra1.6um | |
| Dia. of tailstock sleeve | MM | 75 |
| Tailstock sleeve taper | MT5 | |
| Max. Tailstock sleeve travel | MM | 150 |
| Spindle drive motor power | KW | 7.5 |
| Coolant pump power | W | 120 |
| size | MM | 750mm 2550×1550×1900 mm
1000mm 2750×1550×1900 mm 1500mm 3250×1550×1900 mm 2000mm 3700×1550×1900 mm 3000mm 4710×1550×1900 mm |
| weight | KGS | 750mm NW 2120/ GW 2820
1000mm NW 2240/ GW 3000 1500mm NW2350/ GW 3200 2000mm NW 2740/ GW 3400 3000mm NW 3600/ GW 4200 |
When choosing the chuck type for a flat-bed CNC lathe, multiple factors need to be considered, including the shape and size of the workpiece, processing accuracy requirements, production efficiency requirements, and cost budget. Here are some key points and suggestions to help you make a reasonable choice: Classification of chuck types From the structure and […]
The fault diagnosis and troubleshooting methods of flat bed CNC lathes involve many aspects, including the use of the machine tool’s self-diagnosis function, functional program testing, isolation method, local heating method, knocking method, comparison method and other technical means, as well as specific troubleshooting methods for specific fault types. The following is a detailed explanation […]
