Non-contact melting efficient gas atomizing device

The invention belongs to the technical field of atomization devices, and in particular relates to a non-contact melting efficient gas atomizing device. The non-contact melting efficient gas atomizing device comprises a rack. A lifting rod is connected to the rack. A rotating seat is connected to a lower end of the lifting rod. A metal clamp capable of vertically fixing a metal rod is rotationally connected to a lower end face of the rotating seat. A heater holder is disposed on the rack. A plurality of electromagnetic induction heaters surrounding the metal rod are disposed on the heater holder. A lower portion of the metal rod is heated by the electromagnetic induction heaters to melted down to a metal liquid flow. An atomizer capable of atomizing the metal liquid flow into metal powder is disposed on the rack. The lifting rod is connected to a first driving mechanism capable of driving the lifting rod to go up and down. The metal clamp is connected to a second driving mechanism capable of driving the metal clamp to rotate circumferentially. The electromagnetic induction heaters, the first driving mechanism and the second driving mechanism are connected to a control mechanism, respectively. The non-contact melting efficient gas atomizing device has the advantage of being suitable for metal processing of low quantity and multiple types.