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Medium frequency pipe bending machine processing technology

Medium frequency pipe bending machine is a common equipment used for metal pipe processing, which can bend straight pipes into the desired shape and Angle. It is mainly used in automotive, aerospace, petrochemical, food processing and other industries, widely used in the production of pipelines, pipelines, exhaust pipes and so on. Medium frequency pipe bending machine processing technology refers to the use of medium frequency pipe bending machine for pipe bending processing technical methods and operating procedures.

The main steps of the processing technology of the medium frequency pipe bender include: material selection of the pipe, cutting of the pipe, selection of the bending die, fitting of the pipe, adjustment of the bending Angle and bending radius, bending processing, and treatment after bending the pipe. These steps are described in detail below.

The first is the selection of pipe materials. Before intermediate frequency pipe bending machine processing, it is necessary to select the appropriate pipe. In general, the commonly used pipes are stainless steel, carbon steel, aluminum alloy and so on. Factors such as corrosion resistance, strength and machinability need to be considered when selecting materials.

Next comes the cutting of the tube. Cut the selected pipe according to the required length to ensure that the length of the pipe is in line with the processing requirements. Cutting can be done using equipment such as saws and shears.

Then there is the choice of bending mold. Select the appropriate bending die according to the desired bending Angle and bending radius. The selection of the mold needs to take into account the diameter, wall thickness and material of the pipe to ensure the quality and accuracy of the bending process.

The next step is to clamp the pipe. The pipe to be processed is fixed on the fixture of the medium frequency pipe bending machine to ensure the stability of the pipe. When clamping, it is necessary to pay attention to the placement position of the fixture and the clamping force to avoid the movement or deformation of the pipe during the processing.

Then the bending Angle and bending radius are adjusted. According to the processing requirements, the bending Angle and bending radius are adjusted by adjusting the control system of the medium frequency pipe bending machine. This step needs to be adjusted according to the actual situation to ensure the accuracy and consistency of bending processing.

Next comes the bending process. Put the clamped pipe into the medium frequency pipe bender, and start the machine to begin bending processing. During the processing, it is necessary to pay attention to the position and Angle of the pipe to ensure the quality and accuracy of the bending processing.

Finally, the treatment after bending the pipe. After the bending process is completed, the bending part needs to be treated, such as removing the burr on the cutting edge and grinding the surface of the pipe. This step is to improve the appearance quality and service life of the bend.

In summary, intermediate frequency pipe bending machine processing technology is a processing process involving multiple steps and technical requirements. Through reasonable material selection, cutting, mold selection, clamping, adjustment, processing and treatment steps, the accurate bending of the pipe can be achieved. This processing technology has important application value in industrial production, can meet the needs of various industries for pipe processing, and improve production efficiency and product quality.