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/ 3DMU340 drilling and tapping five-axis machine is a CNC machining equipment integrating high precision, high efficiency and high stability, which is specially tailored for the proce...
DMU340 drilling and tapping five-axis machine is a CNC machining equipment integrating high precision, high efficiency and high stability, which is specially tailored for the processing scenarios of complex curved surfaces and polyhedral parts, and is widely adapted to aerospace, automobile manufacturing, precision molds, medical devices and other manufacturing fields. This equipment breaks through the limitations of traditional processing technology, realizes multi-sided processing of complex workpieces through five-axis coordinated motion, greatly improves processing accuracy and production efficiency, and is the key equipment for enterprises to overcome difficult processing problems and enhance core competitiveness.
Technical characteristics of DMU340 drilling and tapping five-axis machine:
Tip Follow Control (RTCP)
Regardless of how the tool attitude changes, the tip always follows the path planned by the NC program, so the RTCP function is also called the tip following function.
Features and advantages:
Only one CNC programming is required, and the program can be applied to different machine tools, reducing programming workload and improving production efficiency.
The tip following function can reduce the error and improve the surface quality and processing accuracy of the processed product.
When using the RTCP function, the tool radial compensation and rotary axis vector compensation functions can be turned on to improve machining efficiency and machining accuracy.
Technical parameters:
| project | DMU-340 | ||
| Work schedule | X-axis travel | mm | 500 |
| Y-axis travel | mm | 450 | |
| Z-axis travel | mm | 450 | |
| A-axis travel rotation angle | degree | ±120 | |
| C-axis travel slewing angle | degree | 360° | |
| Spindle end face distance from rotary table table (A-axis 0°) | mm | 450 | |
| The end face of the spindle is 90° from the axis of rotation on the axis (90° on the axis of the A) axis. | mm | 249 | |
| Spindle center distance from A-axis end face (A-axis -90°) | mm | 150 | |
| Processing range | mm | Φ450*230 | |
| Rotary table (dual direct drive) | Mounting flange diameter | mm | Φ260 |
| The diameter of the center hole of the disk face | mm | Φ65 | |
| Maximum weight bearing | kg | 60/50 | |
| Directly connected to the mechanical spindle | diameter | mm | 110 |
| Maximum speed | rpm | 20000 | |
| Output power | KW | 7.5 | |
| Knife handle form | BT40 | BBT40 | |
| Feed shaft | X/Y/Z axis power | KW | 2.4/2.4/3.9 |
| The maximum torque of the A axis | N· M | 259/460 | |
| The maximum torque of the C-axis | N· M | 122/223 | |
| Brake form | N· M | Qi | |
| Brake torque | N· M | 400/300 | |
| Move fast | X, Y, Z speed | m/min | 24 |
| A-axis rotation speed | rpm | 150 | |
| C-axis rotation speed | rpm | 200 | |
| Positioning accuracy | X/Y/Z轴 | mm | 0.006 |
| A/C axis | Arc.sec | 6 | |
| Repeatable positioning accuracy | X/Y/Z轴 | mm | 0.005 |
| A/C axis | Arc.sec | 5 | |
| Wire rail screw | X/Y/Z axis rail specifications | mm | 30/30/35 |
| X/Y/Z axis screw specifications | mm | 28/28/32 | |
| Knife magazine | Tool magazine capacity/tool magazine type (disc type manipulator tool magazine) | bit | 21 |
| Knife magazine form | Drill and attack knife warehouse | ||
| Overall | Total machine weight (approx.) | kg | 3.6 |
| Machine Dimensions (LxWxH) (approx.) | m | 1.9/2.4/2.4 | |
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