COORDINATE-PUNCHING OPERATIONS

Regardless of the complexity of the part, work on the project begins with the creation of a drawing and project documentation. They indicate the appearance of the workpiece, its thickness, dimensions, information about the selected material, and other important parameters. All documents are studied by specialists and sent for approval by the customer. After a positive result, you can start production. The technological process of perforation is constructed as follows. The metal sheet is placed on the working surface of the punching press. It is laid so that it rests on the left side of the retractable thrust pin, and the other side of the open part. As a result, the pin should automatically slide in, and the tacks (open elements) should close. This means that the hardware is ready for use and knows the location of the profile. It is necessary to take into account that the necessary drawing is pre-loaded into the system and after installing the material, the program is launched. From this point, the metal perforation begins.

It takes place using several functional components. Punching holes is carried out with a stamping tool. It has a certain shape and size, which usually correspond to the diameter of the cut product. During the operation of the machine, it moves down, passes through the surface to be processed and leaves an identical hole in it in appearance. The cut part remains in the matrix — another important component of the coordinate-punching press. After that, the punch rises and returns to its original position. One full turn is performed in just a few seconds.

The removal of waste (the remaining part) can also be made by means of a special puller. It works in close relationship with the main tool, it can be mobile (like a spring) or stationary. Depending on the design, it is made of polyurethane, aluminum or steel.

Metal stamping on automated equipment is characterized by its speed. During the impact, the material does not move, but as soon as the snap takes its original position, it moves to the next coordinates. This happens until the specified program finishes. When it is finished, the system automatically returns the workpiece to its original position. The tacks and pins that held the surface are released and extended. This means that the resulting part can be removed from the table.

Such machines are used for processing brass, steel, aluminum, copper and other alloys. They carry out through and incomplete punching of metal, forming, stamping. The presence of automated equipment increases the accuracy of the device and its performance. The risk of the human factor is completely minimized, since the module is controlled by a computer using a specified algorithm.