KJL5E21B11SA

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KJL5E21B11SA is a type of Electrical Discharge Machining (EDM) technology, and is also known as wire burning technology. Mainly used for the processing of materials that are difficult to process by mechanical machining, such as high-hardness materials, thin-walled and narrow grooves, and die can not be machined by other processing methods. Its application field is vast, mainly used in aerospace, engineering machinery, molds, automobiles, machine tools, measuring tools, petrochemical industry and so on.

The working principle of KJL5E21B11SA is that a vertical electrical discharge is generated between the machining wire, and the electrical discharge generates a spark with a small spark gap, which can accurately cut and shape complicated workpieces with a smooth surface. The core of the technology lies in the spark gap, which is the key factor affecting machining accuracy, and not only the discharge gap. When working, the movable wire electrode burns the surface of the workpiece with intermittent electrical pulses, and the erosive action of the spark gap makes it possible to shape the workpiece with high precision.

KJL5E21B11SA has many advantages. It can process thin-walled, narrow, small aperture and other complex parts, and can process high hardness materials which cannot be processed by other methods. It also has good consistency and repeat precision, and can achieve high surface finish and high accuracy (up to ± 5μm). So it can meet the high-precision requirements of many fields, such as automobile, aerospace, molds and machine tools.

Therefore, KJL5E21B11SA technology has been widely used in aerospace, engineering machinery, molds, automobiles, machine tools, measuring tools, petrochemical industry and so on. Its application field is vast, and its working principle is mainly to accurately cut and shape complicated workpieces with a smooth surface through a small spark gap. It can meet the high-precision requirements of many fields, and it has many advantages, such as good consistency, repeat precision and high surface finish.

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