The Marvel of Flexographic Flat Printing
Flexographic printing, often referred to as ‘flexo’, is a method of printing that uses rotary in-line features. This technique allows for printing on flexible materials such as paper, plastic, cellophane, and metallic film. The process of flexographic printing was derived from rubber stamp printing, which became prevalent in the early 900s.Get more news about Flexographic Flat Printer,you can vist our website!
A flexographic printer consists of multiple wheels that work in unison to pick up ink from an ink reservoir, deliver the ink to a printing die or plate, and roll the ink onto the material being marked. Each press has multiple printing stations, depending on how many colors are needed. Each station prints a single color. Therefore, the substrate has to pass through many printing stations.
For each printing station, a roll of material is passed through multiple flexible rotary plates, with each flexible plate used for a single printed color. The plates derive their color from specialized rollers which pass the ink onto the plates to begin with. The types of rollers used by a flexographic printing press include: The fountain roller which is responsible for passing the proper colored ink to the anilox roller.
Flexographic printing can be used for printing on many different substrates. Coated or uncoated paper, corrugated cardboard, metal, plastic film and more substrates can be printed on with flexography. The capability of printing on so many different substrates has led to the wide use of flexography for printing many common items.
Flexo printers are easy to install on any production line for a multitude of printing and coding needs. They range from simple, economical code printers for marking single items or continuous material to wide web printers for printing large format logos on material several feet wide.
In conclusion, flexographic flat printers have revolutionized the printing industry by providing high-quality reproduction of logos and text on various substrates. Their simplicity and economy of operation make them an excellent choice for industrial applications. With continuous advancements in technology, we can expect even more applications and improvements in the future.
