Turning and milling machine tools can complete multiple machining processes such as turning, milling, drilling, tapping, etc. in one clamping, reducing the error of multiple clamping and improving machining accuracy. Since the transfer of workpieces between different machine tools and multiple clamping are reduced, turning and milling machining greatly shortens the processing time and improves production efficiency.
1. Turning and milling machine tools are particularly suitable for processing complex parts, such as complex curved surfaces, spiral grooves and other shapes, and can complete the processing of rotating parts and non-rotating parts at the same time.
2. Since multiple functions are integrated into one machine tool, the number of equipment and floor space are reduced, thereby reducing the investment cost and operating cost of the factory.
1. CNC Turning and milling centers save space and cost. Since multiple functions are integrated into one machine tool, the number of equipment and floor space are reduced, thereby reducing the investment cost and operating cost of the factory.
2. CNC Turning and milling centers reduce human intervention. Multiple processes of the workpiece are completed continuously on the same machine tool, which reduces the chance of human intervention and the risk of error, and also helps to achieve automated production
1. Turn-milling can process complex, high-precision parts, such as turbine blades, engine parts, and complex aircraft structural components. Aerospace parts are often made of high-strength materials and require complex geometries and high precision, which is exactly where turn-milling has its advantages.
2. Turn-milling machines can be used to process engine parts, transmission system parts, and suspension system parts.
The high efficiency and versatility of turn-milling are particularly suitable for parts that need to be mass-produced and have high precision requirements in automobile production.
Item | Unit | TCK600DY |
The maximum upper rotation diameter of the bed surface | mm | Φ630 |
The maximum processing diameter on the tool post | mm | Φ400 |
Maximum processing length | mm | 880 |
Spindle maximum speed | rpm | 3500 |
Spindle hole diameter | mm | Φ90/105 |
bar stock diameter | mm | Φ75/92 |
X-axis maximum travel | mm | 315 |
Z-axis maximum travel | mm | 1000 |
C axis | 360° | |
Length X width X height | mm | 3300X1900x2200 |
weight | kg | 5800 |