Ink ribbon machined by novel joint process

The utility model relates to an ink ribbon machined by a novel joint process. The ink ribbon comprises an ink ribbon base (10) and a yellow Teflon coating ribbon base (20). The yellow Teflon coating ribbon base (20) is covered at welding positions (201) on two ends of the ink ribbon base (10) through welding. According to the ink ribbon provided by the utility model which is of structural simplicity and convenient use, a print needle can leap away from welding joints of a Teflon ink ribbon base such that the whole ink ribbon changes into a joint ring-free ink ribbon analogue; after the Teflon ink ribbon base is welded, the print needle can leap away from the welding joints according to setting to perform printing so as to avoid a situation that the print needle performs printing directly on the welding joints. By adopting the novel joint process to machine the ink ribbon, the fracture strength of the welding joints can be improved so as to increase the fracture strength of the whole ink ribbon, thereby prolon