The work aims to develop a double-open PET lenticular carton with dual anti-counterfeiting function, and to study its safety performance during their transportation vibration, compressive stacking, and vertical dropping and rolling. The carton was formed with PET lenticular sheet by means of die cutting, and then a label with anti-counterfeiting code was stuck on the inner side of the sheet. The variation of the carton’s sinusoidal vibration, compressive strength and dropping speed was analyzed and verified by means of simulated transportation vibration, compressive stacking, and dropping and rolling at horizontal and vertical directions. The package was optimized in terms of opening anti-counterfeiting structure and impact strength. The whole package met the requirements of safety performance and improved its security level and consumers' opening experience to a certain extent. The package stuck with the label with anti-counterfeiting code and redeemable number on the inner side cannot be re-used, because it cannot be opened without tearing its cutting line. It has extremely strong anti-counterfeiting function and protective effect.