PGMH Series Bridge Type Milling Machine
| Max. spindle speed | 6000 rpm |
| Max. spindle power | 25.5 kW |
| Moving speed | 15/12/10 m/min |
| X-axis stroke | 4200/6200/8500 mm |
| Y-axis stroke | 3700 mm |
| Z-axis stroke | 1000 mm |
* Other lengths can be customized
| Max. spindle speed | 6000 rpm |
| Max. spindle power | 25.5 kW |
| Moving speed | 15/12/10 m/min |
| X-axis stroke | 4200/6200/8500 mm |
| Y-axis stroke | 3700 mm |
| Z-axis stroke | 1000 mm |
* Other lengths can be customized
| Machine Parameter - PGMH-2540/60/80 | ||
| TRAVELS | unit | Parameter |
|---|---|---|
| X-Axis | mm | 4200/6200/8500 |
| Y-Axis | mm | 3700 |
| Z-Axis | mm | 1000 |
| Distance from spindle nose to worktable | mm | 250~1250 |
| Distance between columns | mm | 3200 |
| WORKTABLE | ||
| Size of worktable | mm | 2500×4000/6000/8000 |
| Max.load | t | 15/22/30 |
| T-slots specification | / | 28×200 |
| SPINDLE | ||
| Spindle speed | rpm | 6000 |
| Spindle power | kW | 17/25.5(S1/S6-40%) |
| Spindle torque | N·m | 723/1087(S1/S6-40%) |
| Spindle torque | / | BT50 |
| Cross section of ram | mm | 400×400 |
| TOOL MAGAZINE (OPTIONAL) | ||
| Max. capacity of tool magazine | pcs | 24/32/40 |
| Max. tool diameter (fully loaded) | mm | Ф105 |
| Max. tool diameter (empty loaded) | mm | Ф210 |
| Max. tool length | mm | 350 |
| Max. tool weight | kg | 18 |
| AXIS FEED RATES | ||
| Rapid on X/Y/Z | m/min | 15/15/12 |
| Cutting feed rate X/Y/Z | m/min | 8/8/8 |
| PRECISION | ||
| X-Axis Positioning accuracy | mm | 0.025/0.035/0.045 |
| X-Axis Repeatability accuracy | mm | 0.015/0.025/0.035 |
| Y;Z-Axis Positioning accuracy | mm | Y:0.025;Z:0.015 |
| Y; Z-Axis Repeatability accuracy | mm | Y:0.015;Z:0.01 |
| MECHANICAL SPECIFICATION | ||
| Required pneumatic pressure | kg/cm² | 6 |
| cnc system | / | SIEMENS/FANUC |
| Machine height | mm | 5300 |
| Floor area | mm | 12000/16000/20000×6800 |
| Machine weight | T | 45/51/57 |
1.Integrated with the function ofmilling, Integrated with the function ofmilling, boring,drillin(drilling,expanding,reaming),tapping and other processing functions.
2.The international CNC numerical control system is adopted.
3.Configure the W-axis to increase the height range ofthe machined workpiece andimprove the machining performance.
4.Compared with the fixed-beam machine, the height range ofthe workpiece is largerand the W-axis stroke and Z-axis stroke can be superimposed, which can effectively preventthe ram from extending too long and affect the machining rigidity.
5.Widelyused in the processing ofmolds, structural parts, textile machineryand other parts.
