Manufacturing Unit

There is a breakthrough going on right now in the world of product packaging as more and more packagers are moving from standard rigid materials such as paperboard and molded plastic to flexible materials such as bags and pouches. Moving down just about any aisle at your local grocery store, you’ll find it crowded with a variety of package structures. Boxes of cereal, bags of chips, pouches of granola, jars of peanut butter and whatnot. The sea of thousands of products brings a huge challenge for manufacturers of how to make their products stand out from others. These traditional packaging structures are what we have known and what is expected from certain products. Flexible packaging is all about using plastic materials, so why is the flexible packaging market on such an upswing? A lot of it has to do with the plastic material used to create this packaging and the benefits that packaging companies, retailers and consumers are experiencing from it. Here we have listed how flexible pack

A thermal printer can generally print in two modes i.e. direct thermal and thermal transfer. Though both the modes require the application of heat to the media that is being marked, they are both very different and consequently are better at achieving different types of prints suiting the needs. All in all, thermal label printers are ideal for barcode & UPC printing because they produce accurate, high-quality images with excellent edge definition. Thermal printers are engineered to print within high tolerances and to produce the exact bar widths that are required for successful barcode printing and scanning.  Because they print without a ribbon, direct thermal printers are noted for their simple procedure. Direct thermal labels have a considerable shelf life but may wear off in environments that expose them to heat, long periods of direct sunlight or abrasion. Direct thermal labels do not use any ink, toner or ribbon. Direct thermal labels are an economical labeling solution. Thes