These two are methods of printing important information on the packaging of the product or even printing receipts. Direct thermal transfer ribbons out the information directly on to the material. The current transmission ribbon, however, involves the information being melted on to the back of the ribbon and being imprinted on to the front.
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.
Direct transfer risks a lot of damage. The debris and dust in the printer will be damaged with the constant pulling across the print head. The material may be burned, and you will end up with poor quality work or even incomplete work. If you are to use direct transmissions, you should know how to control it to avoid damage from the dust and other forms that can damage.
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.
There are both coated and uncoated direct thermal printers. Many people assume that the coated ones are of the best quality and therefore consider only this factor when purchasing the machine. They forget that there are some inferior brands that also have coated printers. In the long-run, they end up spending a lot more on repairs than they would have on an original high-quality printer.
The different labels will have different specifications regarding speed and even the amount of heat used. Go for a printer that minimizes the heat but maximizes the speed. Sometimes the heat may be too much and end up causing damage. For example, producing bar codes that cannot be scanned. This will be a complete way of costly resources.
The results of the two methods last different periods of time. As you choose, consider for how long your product will last in the market. You do not want to have faint writings on a hazardous product as it may cause a lot of damage to the user. The current transmission printing lasts a lot longer than the direct printing and is, therefore, best for goods that may take long to sell.
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.
Direct transfer risks a lot of damage. The debris and dust in the printer will be damaged with the constant pulling across the print head. The material may be burned, and you will end up with poor quality work or even incomplete work. If you are to use direct transmissions, you should know how to control it to avoid damage from the dust and other forms that can damage.
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.
There are both coated and uncoated direct thermal printers. Many people assume that the coated ones are of the best quality and therefore consider only this factor when purchasing the machine. They forget that there are some inferior brands that also have coated printers. In the long-run, they end up spending a lot more on repairs than they would have on an original high-quality printer.
The different labels will have different specifications regarding speed and even the amount of heat used. Go for a printer that minimizes the heat but maximizes the speed. Sometimes the heat may be too much and end up causing damage. For example, producing bar codes that cannot be scanned. This will be a complete way of costly resources.
The results of the two methods last different periods of time. As you choose, consider for how long your product will last in the market. You do not want to have faint writings on a hazardous product as it may cause a lot of damage to the user. The current transmission printing lasts a lot longer than the direct printing and is, therefore, best for goods that may take long to sell.
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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