EDM is the abbreviation of the English word Electrical Discharge Machining, that is, electrical discharge machining. The basic working principle of EDM is to use a continuous moving thin metal wire (called electrode wire) as an electrode to carry out pulse spark discharge to corrode the metal and cut the workpiece.
EDM is the principle of using the instantaneous high temperature generated when the spark between the electrode and the workpiece is energized to remove layers of materials on the surface of the workpiece. Edm is suitable for machining high-hardness conductive workpieces. CNC EDM forming machine is the best example of EDM.
Wire-cutting it is mainly used to process a variety of complex shapes and precision fine workpiece, such as punching die, concave die, convex and concave die, fixed plate, discharge plate, etc., forming tools, templates, electric discharge molding processing with metal electrodes, a variety of micro-holes, narrow gaps, arbitrary curves, etc., with small processing allowance, high processing precision, short production cycle, low manufacturing costs outstanding advantages, It has been widely used in production, and the current domestic and foreign EDM wire-cut machine tools have accounted for more than 60% of the total number of electric machining machines.
Lathe machining is a mechanical machining method that uses rotating workpieces and cutting tools for cutting. Generally from rough processing to finishing. It has a wide range of applications in the machinery manufacturing industry, can be used to process shaft, disk, sleeve and other rotary parts.
By using a rotating milling cutter, the milling machine can process the workpiece on a variety of surfaces, including planes, grooves, gear teeth, threads and spline shafts. This versatile processing capability makes milling machines indispensable in the manufacturing industry.
The workpiece is used as the anode to connect the positive electrode of the DC power supply. Use lead, stainless steel and other electrolytic corrosion-resistant conductive materials as the cathode, and connect the negative electrode of the DC power supply. The two are immersed in the electrolyte (generally sulfuric acid and phosphoric acid as the basic component) at a certain distance, at a certain temperature, voltage and current density (generally less than 1 amp/cm 2), and for a certain time (generally tens of seconds to a few minutes), the small convex part on the surface of the workpiece will first dissolve, and gradually become a smooth and bright surface.
EDM is the abbreviation of the English word Electrical Discharge Machining, that is, electrical discharge machining. The basic working principle of EDM is to use a continuous moving thin metal wire (called electrode wire) as an electrode to carry out pulse spark discharge to corrode the metal and cut the workpiece.
EDM is the principle of using the instantaneous high temperature generated when the spark between the electrode and the workpiece is energized to remove layers of materials on the surface of the workpiece. Edm is suitable for machining high-hardness conductive workpieces. CNC EDM forming machine is the best example of EDM.
Wire-cutting it is mainly used to process a variety of complex shapes and precision fine workpiece, such as punching die, concave die, convex and concave die, fixed plate, discharge plate, etc., forming tools, templates, electric discharge molding processing with metal electrodes, a variety of micro-holes, narrow gaps, arbitrary curves, etc., with small processing allowance, high processing precision, short production cycle, low manufacturing costs outstanding advantages, It has been widely used in production, and the current domestic and foreign EDM wire-cut machine tools have accounted for more than 60% of the total number of electric machining machines.
Lathe machining is a mechanical machining method that uses rotating workpieces and cutting tools for cutting. Generally from rough processing to finishing. It has a wide range of applications in the machinery manufacturing industry, can be used to process shaft, disk, sleeve and other rotary parts.
By using a rotating milling cutter, the milling machine can process the workpiece on a variety of surfaces, including planes, grooves, gear teeth, threads and spline shafts. This versatile processing capability makes milling machines indispensable in the manufacturing industry.
The workpiece is used as the anode to connect the positive electrode of the DC power supply. Use lead, stainless steel and other electrolytic corrosion-resistant conductive materials as the cathode, and connect the negative electrode of the DC power supply. The two are immersed in the electrolyte (generally sulfuric acid and phosphoric acid as the basic component) at a certain distance, at a certain temperature, voltage and current density (generally less than 1 amp/cm 2), and for a certain time (generally tens of seconds to a few minutes), the small convex part on the surface of the workpiece will first dissolve, and gradually become a smooth and bright surface.
