Printers can be classified based on several criteria. In one classification, there are impact and non-impact printers. Thermal transfer printers are classified under non-impact printers because instead of using impact, they use heat to register impressions on paper. The printing is done on special papers referred to as thermal transfer ribbons. These ribbons are made of resin-based inks or wax. Here are facts regarding Thermal Transfer Ribbon.
Resistive heating pins are incorporated as part of the header of the printer. Several pins can be contained in a single print-head to perform the role of printing. When the paper and the pins come in contact, they melt wax or resin on the paper. The melting of the wax/resin is what causes the creation of images that are seen eventually.
How the pins are heated is controlled by a microprocessor. Depending on the pin that is heated, the images produced differ. Print-heads are designed to be wide so that they can traverse the entire paper that needs to be printed. This printer is very famous in printing various products, including piece tags, bar codes, and labels. Printers can be placed into two broad categories, that is, thermal wax transfer and direct thermal printers.
Direct thermal printers usually work in a way that they form images by burning dots onto coated paper as the print-head passes over the medium. These kinds of printer cannot be used to print on thermal transfer vinyl because they are not designed to work like that. The earliest forms of fax machines used this technology to print on paper.
Thermal wax transfer printers are made with ribbons in them. The working mechanism of the printer involves starting by heating the ribbon. The ribbon has wax-based ink which forms a coating on it. This ink is melted by the heat that is applied before being transferred onto paper on which printing is done. When the ink cools down, it leaves permanent impressions on the paper. The kind of ink used and the quality of printer determine the permanence of the impressions.
There are three major groups of thermal transfer vinyl. These three ribbon types include the full wax, full resin and wax-resin ribbons. The full wax ribbons normally have a wax-based ink coating. Therefore, a low temperature is needed for melting. Because they are the most easily found ribbons, they are the cheapest to purchase. The images produced on these materials are usually not very durable.
As suggested by the name, wax-resin ribbons are a hybrid of full wax and full resin ribbons. The melting temperature of these ribbons is higher than that of full wax resins. They are ideal for weatherproofing applications. Because of the material they are made from, the image printed on them is usually more durable and can withstand occasional heavy handling.
Full resin ribbons melt at the highest temperature because they are made using pure resin. The melted resin then dissolves into the paper that is being printed on. This permits the images formed to be very durable. In comparison to the other two types of ribbons, full resin ribbons cost a lot more.
Resistive heating pins are incorporated as part of the header of the printer. Several pins can be contained in a single print-head to perform the role of printing. When the paper and the pins come in contact, they melt wax or resin on the paper. The melting of the wax/resin is what causes the creation of images that are seen eventually.
How the pins are heated is controlled by a microprocessor. Depending on the pin that is heated, the images produced differ. Print-heads are designed to be wide so that they can traverse the entire paper that needs to be printed. This printer is very famous in printing various products, including piece tags, bar codes, and labels. Printers can be placed into two broad categories, that is, thermal wax transfer and direct thermal printers.
Direct thermal printers usually work in a way that they form images by burning dots onto coated paper as the print-head passes over the medium. These kinds of printer cannot be used to print on thermal transfer vinyl because they are not designed to work like that. The earliest forms of fax machines used this technology to print on paper.
Thermal wax transfer printers are made with ribbons in them. The working mechanism of the printer involves starting by heating the ribbon. The ribbon has wax-based ink which forms a coating on it. This ink is melted by the heat that is applied before being transferred onto paper on which printing is done. When the ink cools down, it leaves permanent impressions on the paper. The kind of ink used and the quality of printer determine the permanence of the impressions.
There are three major groups of thermal transfer vinyl. These three ribbon types include the full wax, full resin and wax-resin ribbons. The full wax ribbons normally have a wax-based ink coating. Therefore, a low temperature is needed for melting. Because they are the most easily found ribbons, they are the cheapest to purchase. The images produced on these materials are usually not very durable.
As suggested by the name, wax-resin ribbons are a hybrid of full wax and full resin ribbons. The melting temperature of these ribbons is higher than that of full wax resins. They are ideal for weatherproofing applications. Because of the material they are made from, the image printed on them is usually more durable and can withstand occasional heavy handling.
Full resin ribbons melt at the highest temperature because they are made using pure resin. The melted resin then dissolves into the paper that is being printed on. This permits the images formed to be very durable. In comparison to the other two types of ribbons, full resin ribbons cost a lot more.
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