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The Difference Between Swiss Cnc Machine And Turret Machine Machine
For those working in the mechanical processing industry, everyone is familiar with ordinary CNC lathes, which are also commonly known as tool arrangement machines. But many people still don’t know much about CNC machines. Next, I will take you to understand the difference between the cutting machine and the knife arrangement machine:
The CNC cutting machine does not move the tool, but the workpiece is moving: that is, the spindle clamps the material and rotates at high speed, and the processing tool does not move (except for the power tool), thereby realizing the processing of turning, milling, drilling and other processes. However, the traditional CNC tool arrangement machine , the workpiece does not move but the tool moves: after the material is delivered to the location at one time, the movement of the tool is used to perform turning, drilling, tapping and other functional processing.
The centering machine can realize turning and milling combined processing, and complete all or most of the processes in one clamping, thereby greatly shortening the product process chain. It is equipped with an automatic feeder, which can realize automatic loading, processing, and unloading without manual participation, saving manpower. Cost: Reduce the increase in auxiliary time caused by multiple clamping, and also save the cost and manufacturing time of tooling fixtures.
The centering machine can avoid the accumulation of positioning errors caused by multiple clampings. Especially for products with high requirements on coaxiality and concentricity, it can well ensure processing accuracy and consistency.
Centering machines are more suitable for processing slender shaft parts and high-precision and highly integrated parts with complex processes. In addition to being equipped with an automatic short bar machine for continuous feeding, the knife rowing machine is also more suitable for making individual forming blank parts. The processing range is relatively wide, but complex workpieces require multiple clamping and U-turn processing.
Centering machines are more suitable for processing small precision parts and are widely used in electronic communications, watch industry, automobile manufacturing, aerospace, medical equipment and other fields. It is especially suitable for batch processing of similar products, which can greatly improve production efficiency and product quality consistency.
The tool arranging machine is also divided into the arranging tool lathe and the turret type lathe. The processing diameter range of the arranging tool lathe can take into account part of the centering machine and the turret lathe, and the tool change speed is fast, and both large and small parts can be taken into account. Most of them are used for large through holes and large parts. Considering the diameter and processing length, it is widely used in general electronics and hardware industries.
However, the centering machine is mainly limited by the diameter of the material. It is currently suitable for processing regular materials such as rods, pipes, and square materials with diameters between 1-38mm, and has strict requirements on the roughness, straightness, and ovality of the materials. . But the advantage is that as long as the centering machine can process the parts, the processing accuracy and processing speed are far better than those of the cutting machine.
After the above analysis, we have a preliminary understanding of the difference between a centering machine and a cutting machine. When purchasing a CNC lathe, we can choose the most suitable lathe based on the processing needs of the workpiece.
