In today's production lines, product packaging has become indispensable. The coder is a key piece of equipment for product packaging identification, tracking, and compliance, and the word is the core component of the coder for printing functions. Font grains, also known as glyphs, are typically made of durable materials and are used to print information on different types of materials, such as production dates, lot numbers, barcodes, etc.
The font size varies depending on the type of printer and the printing needs. In a hot bubble printer, the word grain is in contact with the ribbon at a high temperature to transfer the information to the surface of the product; In a thermal transfer printer, the glyph is heated directly and pressed onto the ribbon to print the information onto the material. In the case of laser coders, the principle is similar to that of a laser coder, although it does not use traditional word grains, using a laser beam to ablate the surface of the material to create a long-lasting mark.
Textures typically include copper, alloys, etc., which can withstand prolonged periods of high temperatures and repetitive impacts. Choosing a good quality word grain is critical to ensuring print clarity, durability, and overall equipment effectiveness. Different materials have their own unique advantages, such as copper chips can better conduct temperature, low coefficient of thermal expansion, can provide more accurate printing results.
The code machine's font must also accommodate a wide range of print speeds and frequencies. On high-speed production lines, the words must be able to heat up and cool quickly to maintain clarity and speed during the printing process. In addition, the glyph also needs regular maintenance to ensure that its surface is clean and wear-free, and to avoid deterioration of print quality.
All in all, the word grain is essential to the functionality of the coder and directly affects the quality and efficiency of the print. Manufacturers should carefully consider the material, design, and compatibility of the fonts when selecting a printer to ensure that critical information is efficiently delivered during the production process, ensuring the integrity of the product's information, and maintaining a smooth production process.