Tianjin University (20250128331). MULTI-FIELD-ASSISTED LASER MELTING DEPOSITION COMPOSITE ADDITIVE MANUFACTURING SYSTEM
MULTI-FIELD-ASSISTED LASER MELTING DEPOSITION COMPOSITE ADDITIVE MANUFACTURING SYSTEM
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MULTI-FIELD-ASSISTED LASER MELTING DEPOSITION COMPOSITE ADDITIVE MANUFACTURING SYSTEM
This abstract first appeared for US patent application 20250128331 titled 'MULTI-FIELD-ASSISTED LASER MELTING DEPOSITION COMPOSITE ADDITIVE MANUFACTURING SYSTEM
Original Abstract Submitted
the disclosure belongs to the field of advanced manufacturing technology and discloses a multi-field-assisted laser melting deposition composite additive manufacturing system. the system includes a vacuum chamber atmosphere protection module, a laser melting deposition module, an ultrasonic shock peening module, a workpiece transfer module, an auxiliary thermal field induction heating module, a laser shock peening module, and an integrated control module. the vacuum chamber atmosphere protection module, the laser melting deposition module, the ultrasonic shock peening module, the workpiece transfer module, the auxiliary thermal field induction heating module, and the laser shock peening module are electrically connected to the integrated control module individually and are collaboratively controlled by the integrated control module.