The milling machine tool can perform turning and milling operations at the same time, which makes it possible to complete multiple processes in one clamping, reducing the repeated positioning of the workpiece and greatly improving the processing efficiency and accuracy.
Since the workpiece does not need to be disassembled and re-clamped many times during the entire processing process, the positioning error is reduced and the processing accuracy of the workpiece is guaranteed.
Milling machines can handle complex geometric shapes and features, and are suitable for the diverse processing needs of complex parts, such as multi-axis machining, which can process some surfaces or contours that are difficult to process on ordinary lathes or milling machines.
By completing multiple processes on one device, the transfer and clamping time of the workpiece between different devices is reduced, thereby shortening the overall processing cycle.
A milling machine tool can replace multiple traditional single-function machine tools, thus saving space and equipment investment costs in the production workshop.
This processing method of milling machine tools is particularly suitable for small-batch, multi-variety precision parts processing, and can flexibly respond to the processing needs of different workpieces.
The introduction of milling machine processing technology not only improves processing efficiency, but also improves product quality and production flexibility, which is suitable for the high-precision and multi-variety needs of modern manufacturing.
TCK550D is also widely used in turning and milling for complex parts in the energy industry, such as wind turbine components, nuclear power equipment parts, oil and gas drilling equipment, etc., especially those key parts with large and complex shapes.
Small and precise parts in the electronic communication industry, such as housings and connectors, require high precision and high surface quality. Turning and milling can ensure accuracy while reducing the number of clamping times, which is suitable for the production needs of small and medium batches and multiple varieties in this industry.
Item | Unit | TCK550D |
The maximum upper rotation diameter of the bed surface | mm | 550 |
The maximum processing diameter on the tool post | mm | 320 |
Maximum processing length | mm | 550/900 |
Spindle maximum speed | rpm | 3500 |
Spindle hole diameter | mm | Φ82 |
bar stock diameter | mm | Φ70 |
X-axis maximum travel | mm | 315 |
Z-axis maximum travel | mm | 650/1000 |
Length X width X height | mm | 2800/3300x1900x2200 |
weight | kg | 4600/5500 |