The center-turning lathe is processed into small parts from bar materials, with large batches, many of which are formed at one time. As long as it involves bar processing,With a diameter of less than 42mm, the walk-through machine combined with the automatic feeder can obtain a huge advantage (explain: it can overwhelm the other party’s favorable situation). Both have huge advantages (explanation: favorable situation that can overwhelm each other).

The main difference between the walk-through machine and the walk-through machine is that the materials of the walk-through machine are moving, and the walk-through machine is a moving knife. The walk-through machine is also known as: longitudinal lathe, lathe-milling lathe, and Swiss lathe. Mainly used for processing small parts and mass processing. Generally, the feeder passes the bar material through the main shaft through hole, and the spring collet is automatically clamped. If the part is overhanged, it needs to be equipped with a long material feeder or a dual-spindle centering machine, and the back shaft is used to support the material. If the tail needs to be processed, a second spindle is required. The huge advantage of the walkie-talkie (explained: the favorable situation that can overwhelm the other party) is that it supports bar materials such as square, hexagonal and other heterogeneous raw materials, and the spindle has a positioning function.

Advantages (explanation: the favorable situation that can overwhelm the other party) mainly include the following:

• 1. The spindle can turn parts with a length of more than 200mm at a time without clamping. If you are turning a 5mm length The parts can be driven by the knife and the heart, but you can get 20 ~ 30 parts out of the car before stopping and feeding.
• 2. The centering lathe always fixes the closest position of the material when cutting, so the rigidity is very good. You think about the clamping parts of your lathe.The tool is turned against the clamping position a few mm, and the rigidity will be better.
• 3. The walking machine is integrated with turning and milling, and the complexity of one-time forming is not the same as that of the cutting machine. There is an old-fashioned automatic car, which is commonly known as cam Locomotive bed. CNC machining is a process method for parts processing on CNC machine tools.

The process specifications of CNC machine tool processing and traditional machine tool processing are generally the same, but obvious changes have also occurred. Mechanical processing method that uses digital information to control parts and tool displacements. It is an effective way to solve the problems of parts variety, small batch size, complex shape, high precision, etc., and to achieve efficient and automated processing. Nowadays, the more advanced CNC automatic lathes are called centering lathes or slitting lathes. Mainly the main axis Z moves forward and backward, while the knife
It can move in X and Y, and can realize three-dimensional processing and one-time molding. CNC machining is a process method for parts processing on CNC machine tools. The process specifications of CNC machine tool processing and traditional machine tool processing are generally the same, but obvious changes have also occurred. Mechanical processing method that uses digital information to control parts and tool displacements. It is an effective way to solve the problems of parts variety, small batch size, complex shape, high precision, etc., and to achieve efficient and automated processing.
The centering machine is mainly limited by the diameter of the material. Generally, the largest model of the centering lathe can only process parts with a diameter of 42 mm. At present, the largest supported diameter in China is the ZA32 series first developed by Nanjing. CNC machining is a process method for parts processing on CNC machine tools. The process specifications of CNC machine tool processing and traditional machine tool processing are generally the same, but obvious changes have also occurred. Mechanical processing method that uses digital information to control parts and tool displacements. It is an effective way to solve the problems of parts variety, small batch size, complex shape, high precision, etc., and to achieve efficient and automated processing. As long as the parts can be processed by the core walking machine, the machining accuracy (accuracy) and processing speed of the core walking machine are difficult to compare.