GMC16100 Metal Processing Gantry Machining Center Fanuc System For 5Axis
USD $9,999 - $219,000 /Set
Min.Order:1 Set
Jinan Hankui International Trade Co., Ltd.
GMC16100 Metal Processing Gantry Machining Center Fanuc System For 5Axis
Item | Unit | GMC16100 | |
Table | Table size | mm | 1600 x 1000 |
Width of gantry | mm | 1200 | |
Max load on the table | kg | 1500 | |
T-slot | n-mm | 6-22 | |
Machining range | Max. traverse (X-axis) | mm | 1600 |
Max. traverse (Y-axis) | mm | 1000 | |
Max. traverse (Z-axis) | mm | 600 | |
Distance from spindle axis to gantry guideway | mm | 215 | |
Distance from spindle nose to table surface | mm | 160-760 | |
Spindle | Spindle taper |
| BT40/BT50 |
Max. spindle speed | rpm | 8000 | |
Accuracy | Positional accuracy | mm | ±0.01 |
Repeatability | mm | ±0.008 | |
Feed | Cutting feed speed range | m/min | 0-8 |
Rapid travel (X/Y/Z) | m/min | 20/20/16 | |
Main configuration | CNC system |
| FANUC 0i |
Rated torque of X-servo motor | Nm | 20 | |
Rated torque of Y-servo motor | Nm | 20 | |
Rated torque of Z-servo motor | Nm | 20 | |
Tool magazine |
| ATC24T | |
Power of main motor | Kw | 11/15 | |
Overall dimension | Length x Width x Height | mm | 5000x3300 x3250 |
Weight | Net weight | t | 14 |
Each machine has to pass the checklist of the machine precision before shipment
1 Adjust levelness of the machine
2 Straightness of rise and fall mechansim in vertical movement
3. Verticality of the operating platform surface to the guide track surface of the column
4. Straigtness of the datum T-slot of the operating platform
5. Plainness of the operating platform surface
6. Oscillation of the spindle end
7. Circular run ou of the spindle bore-hole axis
8. Parallelism of the rotaryaxis of the spindle to the operating platform
9. Verticality of the rotary axis of the spindle to the operating platform
10. Parallelism of the longitudinal movement of the operating platform to the datum”T“-shot
11. Vertically of the transverse movement to the longitudial movement of the operating platform
12. Parallelism between the movement and the surface of the operating platfor