Thermal paper printing uses heating until it becomes a strip and then melting into label material with ink pressure pins. Ink made of wax and base materials to prevent the spread of fire. The spread of ink is to prevent a wax from spreading. Then, it is actually absorbed into the ink label material and permanently set. Once absorbed into the ink of the label material. So, the heat transfer printing process and the resulting labels have more longevity and durability. The advantage of heat transfer printers is that they can print on paper, film, and even foil substrates. In hot label printing, the thermal printer head is responsible for applying a thermal ribbon, and the ink on its material melts to form an image. Thermal printing provides low maintenance and convenient printing capabilities. This method provides on-demand printing technology for image quality and durability. Thermal tags are generally useful for product identification, circuit board labeling, asset labeling, and inventory identification. Thermal transfer printers are commonly used to create price checkout paper, barcodes, and other labels. Price tags, barcode labels, and many other heat transfer printing methods involve the use of heat to activate embedded text and images printed with specific paper ink. This method involves transferring hot images and text to specific files. The print head of a thermal printer consists of a ribbon, a thermal paper roller, and a rolling mill. A thermal printer is composed of a print head, ribbon, thermal paper, and rollers. The thermal printer print head has many feet of resistors that heat and melt the bank ATM roll paper into the ink on the paper. Heat and melt the ink paper from the print head of the thermal printer to the contact of the feet. There are mainly two types of thermal printing: thermal wax transfer and direct heat transfer. The two most common types of thermal printing are wax transfer and direct heat transfer. The heat transfer printing process u