A system for recycling fibers from textiles waste, comprising: a first sanitization device , which is a sanitization gas fumigation device for sanitizing the textile waste; a pre-processing device wherein the fumigated textile waste from the first sanitization device is received, and that comprises a manual process station wherein non-fibrous objects are manually removed; a detection device , which is configured to detect the fumigated textile waste provided by the first sanitization device and to reject pieces attached with metal; a color detection device , which is configured to obtain and transmit a color detection result; a fabric sorting device , which includes a distributor , category containers and a robot and an air blower, wherein the robot and the air blower are configured to receive the color detection result transmitted by the color detection device and to place the fumigated textile waste into the category containers according to the color detection result; a storage device , which is configured to store the category containers ; a fiber processing device , which is configured to take the fumigated textile waste out of the category containers and to cut them into smaller pieces for fibre processing; and a second sanitization device , which is an ultraviolet sanitization device , mounted in the fiber processing device ; wherein the first sanitization device , the pre-processing device , the detection device , the color detection device , the fabric sorting device , the storage device and the fiber processing device are sequentially connected along a transmission path of the textiles waste. a first sanitization device , which is a sanitization gas fumigation device for sanitizing the textile waste; a pre-processing device wherein the fumigated textile waste from the first sanitization device is received, and that comprises a manual process station wherein non-fibrous objects are manually removed; a detection device , which is configured to detect the fumigated textile waste provided by the first sanitization device and to reject pieces attached with metal; a color detection device , which is configured to obtain and transmit a color detection result; a fabric sorting device , which includes a distributor , category containers and a robot and an air blower, wherein the robot and the air blower are configured to receive the color detection result transmitted by the color detection device and to place the fumigated textile waste into the category containers according to the color detection result; a storage device , which is configured to store the category containers ; a fiber processing device , which is configured to take the fumigated textile waste out of the category containers and to cut them into smaller pieces for fibre processing; and a second sanitization device , which is an ultraviolet sanitization device , mounted in the fiber processing device ; wherein the first sanitization device , the pre-processing device , the detection device , the color detection device , the fabric sorting device , the storage device and the fiber processing device are sequentially connected along a transmission path of the textiles waste. <EOS>