Electrode Blanks

For ordinary single-tube electrode pipes, cores are left behind after electric discharge machining for large diameters, which increases the time and effort required for extra machining, but coreless pipes do not remain.

For ordinary single-tube electrode pipes, cores are left behind after electric discharge machining for large diameters, which increases the time and effort required for extra machining, but coreless pipes do not remain.

For ordinary single-tube electrode pipes, cores are left behind after electric discharge machining for large diameters, which increases the time and effort required for extra machining, but coreless pipes do not remain.

For ordinary single-tube electrode pipes, cores are left behind after electric discharge machining for large diameters, which increases the time and effort required for extra machining, but coreless pipes do not remain.

For ordinary single-tube electrode pipes, cores are left behind after electric discharge machining for large diameters, which increases the time and effort required for extra machining, but coreless pipes do not remain.

For ordinary single-tube electrode pipes, cores are left behind after electric discharge machining for large diameters, which increases the time and effort required for extra machining, but coreless pipes do not remain.

For ordinary single-tube electrode pipes, cores are left behind after electric discharge machining for large diameters, which increases the time and effort required for extra machining, but coreless pipes do not remain.

For ordinary single-tube electrode pipes, cores are left behind after electric discharge machining for large diameters, which increases the time and effort required for extra machining, but coreless pipes do not remain.