Description
| project | Unit | Parameters | project | Unit | Parameters |
| Maximum rotation diameter of the bed | mm | φ590 | Z-axis travel | mm | 360 |
| Maximum processing length | mm | 320 | X/Z axis movement speed | m/min | 24/28 |
| Spindle through hole diameter | mm | φ66 | Tool holder form | 12-station power knife tower | |
| Diameter of bar through hole processed in spindle | mm | φ50 | Tool specifications/boring tool diameter | mm | 25X25/φ32 |
| Spindle motor power | kw | 22.75 | Tailstock sleeve taper | Mohs No. 4 | |
| Spindle maximum speed | rpm | 4300 | Tailstock sleeve diameter | mm | 80 |
| Spindle end specifications | N/A | A2-6 | Several bed sizes | mm | 2350*1800*1750 |
| X-axis travel | mm | 230 | Machine weight | kg | 3300 |
| Standard | Optional |
| Control system: FANUC, Mitsubishi, Siemens | Chip conveyor |
| Servo main motor | Grating ruler |
| 8-inch hollow three-jaw chuck | |
| 8 inch hollow rotationoil cylinder | |
| Roller linear guide | |
| 12-station power knife tower | |
| Hydraulic brake | |
| cooling pump | |
| Automatic lubrication pump | |
| Cabinet air conditioner |
H06M turning and milling composite machine tool adopts HT300 standard casting integrated casting, which follows the design concept of finite element analysis technology. The structure and layout are reasonable, and the casting undergoes natural aging and secondary heat treatment to release stress, ensuring machining accuracy and stability.
Main features:
The X/Z axis adopts a long-span roller linear guide rail to meet the strict requirements for stability, rigidity and accuracy.
The precision electric spindle of the imported bearing is tested in multiple layers after assembly to ensure stability and accuracy.
Equipped with a 12-bit power turret with power movement, the tool can be replaced quickly with high accuracy. The power turret moves on a vertical 90° column support plate for easy drilling, milling, tapping and other processes. It can complete the entire complex product processing in one operation, ensuring accuracy and efficiency without the need for a second operation.
Pre-stretching technology is used to minimize thermal deformation and ensure high transmission accuracy.
The guide screw is supported by an imported bearing and adopts a high-precision locking nut to effectively control the accuracy of long-term machine tool processing.
