The feasibility study on a fabricated micro slit die using micro EDM

Keyphrases

• Burr 20%
• Concentration Effect 20%
• Copper Foil 20%
• Debris 40%
• Dielectric 60%
• Discharge Concentration 20%
• Discharge Effect 20%
• Distilled Water 20%
• Electrode Wear 20%
• Flushing Pressure 20%
• Heat Sink 20%
• High Material Removal Rate 20%
• Kerosene 20%
• Machining Precision 20%
• Micro pin Fin 80%
• Micro-electrical Discharge Machining (Micro-EDM) 100%
• Micro-slit 100%
• Microchannel Heat Sink 60%
• Narrow Gap 40%
• Pressing Process 20%
• Rectangular Shape 40%
• Slit Die 100%
• Tungsten Carbide 20%

Engineering

• Burrs 25%
• Copper Foil 25%
• Dielectrics 75%
• Electric Discharge Machining 100%
• Electrical Discharge 100%
• Electrode Wear 25%
• Feasibility Study 100%
• Material Removal Rate 25%
• Narrow Gap 50%

Material Science

• Carbide 25%
• Dielectric Material 75%
• Electrical Discharge Machining 100%
• Machining 25%
• Tungsten 25%