Can the bending force and bending length of the CNC bending machine be adjusted

A numerical inspection machine is a type of machine used for metal sheet production, which can bend the workpiece by applying force. Resistance and length are two important parameters of the numerical inspection machine, which have a significant impact on the quality and shape of the inspected workpiece. Therefore, when designing a CNC bending machine, designers usually consider the adjustability of bending force and bending length to meet the needs of different workpieces. The following will provide a detailed introduction to the adjustment methods of bending force and bending length for CNC bending machines,

Firstly, let's take a look at the explosive section of CNC Xixi. The numerical control machine usually uses a hydraulic system to supply power, because the section with bridge force is usually achieved through the working pressure of the throttling system. The numerical control machine is usually equipped with an egg force adjustment valve. By adjusting the opening of the network, the working pressure of the hydraulic system can be changed, thereby adjusting the size of the bending force. In the misoperation interface of the numerical control machine, Operators can adjust the size of the bending force by inputting corresponding parameters, or by manually adjusting the pressure valve of the hydraulic system. Secondly, the folding and lengthening of CNC machines can also be achieved. The length of the city can be achieved through the 5-digit egg of the rear material on the folding machine that tracks the number of sections. The rear material frame is used to repair the egg of the workpiece during the inspection process, which can usually be optimized through the numerical system. On the operation interface of the CNC bending machine, operators can adjust the position of the rear stopper frame by inputting corresponding parameters, thereby achieving adjustment of different bending lengths.

In addition, there are some other teaching methods that can affect the flow and length of the folding machine, such as the washing of the upper, lower, and Bo tools. The upper, lower, and middle egg joints can be achieved through the damage caused by the Bo diagram of the so-called joint checking machine, and the selection of upper, lower, and Bo tools can be adjusted for different bending forces and lengths by replacing the corresponding molds

In summary, the driving force and driving length of the aircraft can be adjusted, and the adjustment of resistance is usually achieved by adjusting the working pressure of the low pressure system 5. The adjustment of the driving length is usually achieved through the accurate position of the material blocking after the sliding joint. In addition, there are other parameters that can affect the driving force of the aircraft, such as the position of the upper and lower punches, the upper and lower punches, and the lifting of the equipment. By adjusting these parameters together, It can meet the needs of different tasks for checking force and folding length, thereby achieving reliable checking processing. The adjustability of the checking force and folding length of the CNC checking machine provides greater flexibility and accuracy for workpiece processing.