EDM1FAIRYSTART

EDM1FAIRYSTART Application Field and Working Principle

Electro Discharge Machining (EDM) is a non-traditional machining process that uses electrical energy to create a spark between two electrodes to apply pressure and remove metal particles from the workpiece. The EDM1FAIRYSTART is a special type of EDM process that utilizes a "high-frequency - low-power" voltage to create a spark and can be used in cases where traditional EDM cannot be used because it requires less power than traditional EDM. The EDM1FAIRYSTART is mainly used in cutting, drilling, grinding, and honing processes in the aerospace, automotive, medical, electronics, and tool manufacturing industries.

The EDM1FAIRYSTART works by sending a high-frequency, low-power electrical current through the electrodes. This current creates a spark which heats and melts the metal particles between the electrodes, allowing them to be easily removed from the workpiece. This process produces a high-quality finish and enables the user to control the exact shape of the workpiece with precision.

The EDM1FAIRYSTART system is typically used in combination with other machining methods such as milling, turning, drilling, and tapping. The system includes a controller, a transformer, a high-frequency generator, and two electrodes. The controller is responsible for controlling the EDM1FAIRYSTART system parameters, which include the voltage, current, and spark frequency. The transformer brings the electrical current up to the necessary voltage, while the high-frequency generator produces the spark. Finally, the two electrodes are responsible for transferring the current and spark to the workpiece.

The EDM1FAIRYSTART system is easy to use and requires minimal maintenance. It is also highly efficient, as the spark yields a high-quality finish and does not require a large amount of power. For these reasons, it is an effective and cost-efficient solution for many manufacturing and fabrication applications.

Conclusion

The EDM1FAIRYSTART is a special type of EDM process that is used to cut, drill, grind, and hone workpieces. It works by sending a high-frequency, low-power electrical current through the electrodes, creating a spark that heats and melts the metal particles between the electrodes. The system is easy to use and requires minimal maintenance and is highly efficient. It is an effective and cost-efficient solution for many manufacturing and fabrication applications.