We describe the photo-injector drive laser system for the Shanghai high-repetition-rate XFEL and Extreme light facility (SHINE). A fiber chirped pule amplification system is designed to produce high-repetition-rate high-energy infrared picosecond pulses and a subsequent fourth-harmonic generation system is employed to produce deep ultraviolet picosecond pulses. The latest development on key performance parameters of 1 MHz, infrared and deep ultraviolet picosecond pulses for the SHINE photo-injector drive laser system will be presented.
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