The main difference between the two is that thermal transfer ribbons as the name suggests use ribbons while direct thermal transfer does not use any conductor to transfer. The thermal transmission involves the current print head elements melting the back part of the ribbon and transferring the front side to the label material and thus creating a print image.
The head life of a current transfer is much longer than that of the direct transmission. The material is in direct contact with the print head in direct current transfer and thus there is no kind of protection. Therefore, there is a lot of wear and tear. The current transmission has a protective back-coating that reduces friction with the head of the printer thus a longer head life.
With the direct current transmission, it is not the same. The dust and debris that may be present in the labels are in direct contact with the print head. In the process of being pulled across the print head, they may burn or physically damage the elements. In the long run, you will have printed out poor quality or premature print head failure.
You need to know the features of both printers before you settle on one. There are printers made solely made for each method, and there are others which are a combination of them. They all vary in price. The combination is slightly more expensive than the current transmission one. The direct transmission is the most affordable as it does not have as many mechanics.
Once you buy something, you do not plan on constantly replacing it or repair it. So you should know what product is most durable. Some people go for any coated direct thermal printer because they believe that as long as it is coated it if the best quality. They forget even the poor quality types can be coated just for the market.
No two products are similar. Even the same brand is bound to have different models. The different models have qualities that make them different from each other. For example, the printers use various amounts of heat and speed. For the best results, go for maximum speed and minimum heat. Too much heat may damage the printing.
Before settling for one of the print methods, consider their life. This means the amount of time they are good for. You should be keen on the amount of time your product is likely to last in the market. If it will be there for a while, you should consider the current transfer techniques. It can withstand even the harsh weather conditions. Therefore, there is no risk of the consumers being unable to read the contents.
There is also the issue of environmental friendliness. There are so many chemicals in the air that the environment keeps deteriorating by the day. Despite its major setbacks, a direct thermal transfer is actually environmental friendly. It does not use as many chemicals as current transmission and thus is better suited for the job.
The head life of a current transfer is much longer than that of the direct transmission. The material is in direct contact with the print head in direct current transfer and thus there is no kind of protection. Therefore, there is a lot of wear and tear. The current transmission has a protective back-coating that reduces friction with the head of the printer thus a longer head life.
With the direct current transmission, it is not the same. The dust and debris that may be present in the labels are in direct contact with the print head. In the process of being pulled across the print head, they may burn or physically damage the elements. In the long run, you will have printed out poor quality or premature print head failure.
You need to know the features of both printers before you settle on one. There are printers made solely made for each method, and there are others which are a combination of them. They all vary in price. The combination is slightly more expensive than the current transmission one. The direct transmission is the most affordable as it does not have as many mechanics.
Once you buy something, you do not plan on constantly replacing it or repair it. So you should know what product is most durable. Some people go for any coated direct thermal printer because they believe that as long as it is coated it if the best quality. They forget even the poor quality types can be coated just for the market.
No two products are similar. Even the same brand is bound to have different models. The different models have qualities that make them different from each other. For example, the printers use various amounts of heat and speed. For the best results, go for maximum speed and minimum heat. Too much heat may damage the printing.
Before settling for one of the print methods, consider their life. This means the amount of time they are good for. You should be keen on the amount of time your product is likely to last in the market. If it will be there for a while, you should consider the current transfer techniques. It can withstand even the harsh weather conditions. Therefore, there is no risk of the consumers being unable to read the contents.
There is also the issue of environmental friendliness. There are so many chemicals in the air that the environment keeps deteriorating by the day. Despite its major setbacks, a direct thermal transfer is actually environmental friendly. It does not use as many chemicals as current transmission and thus is better suited for the job.
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You can get excellent tips on how to choose a supplier of thermal transfer ribbons and more information about a reputable supplier at http://www.vantageid.com/product-category/label-ribbon-supplies/thermal-transfer-ribbons right now.
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