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Why is sheet metal processing widely used in medical equipment?

Release time:

2024-04-12

common techniques are used for sheet metal processing. The reason why medical sheet metal processing has become so common is that compared with other processing processes, it is simple and convenient, and can help enterprises improve economic efficiency. The production process directly affects the cost of producing parts, and the parts to be sampled are usually in small batches.

Today, common techniques are used for sheet metal processing. The reason why medical sheet metal processing has become so common is that compared with other processing processes, it is simple and convenient, and can help enterprises improve economic efficiency. The production process directly affects the cost of producing parts, and the parts to be sampled are usually in small batches.If the number of subsequent processing steps is not specified, it is generally completed by medical sheet metal processing, why is medical sheet metal processing widely used? What are its advantages?

We first need to understand the content of medical sheet metal processing. There are cutting, deburring, bending, secondary processing, spraying, and other processing technologies. Among these processes, only deburring is typically manual, while the rest are done mechanically. Medical sheet metal processing manufacturers believe that these processes can be mechanized and automated with the aid of precision positioning fixtures, greatly enhancing the processing efficiency and production quality of parts. For example, CNC punching machines, laser cutting machines, and shearing machines are cutting equipment that utilizes positioning fixture automation. These devices are preset with factory-specific origin points and X, Y coordinates, and the use of CNC punching machines exemplifies the advantages of medical sheet metal processing.

1. The number of stamping operations is simple and convenient, and it has advantages for complex shapes, but the thickness should be within the machinable range. After the program is completed, the circuit board can be processed automatically. In addition to the need to invest a certain cost in the early stage, the low cost of late investment can help enterprises improve economic efficiency.

2.Finished product quality: The quality of the stamping parts is very good. Not only is the precision and flatness of the stamping parts high, but the product consistency is also excellent. Additionally, it is necessary to have the corresponding mold, which enables large-scale production and manufacturing. However, the production of spare parts and small-scale mass production may be subject to certain limitations.

3.The CNC punching machine boasts high production efficiency. Digital presses can achieve mass production of parts, and the production speed is fast. Medical sheet metal processing is not only fast and of good quality, but also offers numerous processing methods, such as single stroke, continuous, and array processing. The technology of medical sheet metal processing is becoming increasingly perfect, but while it provides convenience, it also poses unavoidable problems.

4.Medical sheet metal processing is a manufacturing method that utilizes a general or specific stamping machine and the power of equipment to enable the sheet material to immediately receive deformation force within the mold and undergo deformation, subsequently acquiring a certain appearance, specifications, and functions. Sheet metal, mold, and machine equipment are the three elements of sheet metal processing. Medical sheet metal processing is divided into hot stamping and cold stamping based on temperature. The former is suitable for sheet metal processing with high deformation resistance and weak plastic deformation capabilities; the latter is carried out at room temperature and is a common stamping method for metal sheets. It is one of the key methods of plastic deformation processing of metal materials.

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