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.
As you go into the market for the product, you will have to have done your research. Learn everything you can about it so that you do not incur unexpected problems in the future. In the case of these thermal printers, the direct one faces the risk of a lot of wear and tear and may need constant maintenance. The thermal transfer, however, has a protective back-coat thus lasting longer.
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.
The printer configuration. There are printers that can do both direct and current transmissions. You can have such and choose which one you prefer. However, there are the printers specifically made for the direct current transmission. These are more affordable as they do not have all the hardware needed to support transmission ribbons. This also saves on time as you do not have to constantly change ribbons.
The media you choose impacts the life of the print head. Before you settle on a media, you should know that it will impact the cost of operations. For example, most people think that a coated direct current label is better than the uncoated one. Basing your argument on this fact alone will cause you a lot of losses because even the inferior brands may have a coated thermal label.
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.
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.
You may be thinking of going to current transfer printers. Surprisingly, they are a danger to the environment compared to the direct printers. The current printers have a lot of machinery thus using a lot of chemicals. The direct printer does not have the ribbon changing process and is even easier to operate.
As you go into the market for the product, you will have to have done your research. Learn everything you can about it so that you do not incur unexpected problems in the future. In the case of these thermal printers, the direct one faces the risk of a lot of wear and tear and may need constant maintenance. The thermal transfer, however, has a protective back-coat thus lasting longer.
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.
The printer configuration. There are printers that can do both direct and current transmissions. You can have such and choose which one you prefer. However, there are the printers specifically made for the direct current transmission. These are more affordable as they do not have all the hardware needed to support transmission ribbons. This also saves on time as you do not have to constantly change ribbons.
The media you choose impacts the life of the print head. Before you settle on a media, you should know that it will impact the cost of operations. For example, most people think that a coated direct current label is better than the uncoated one. Basing your argument on this fact alone will cause you a lot of losses because even the inferior brands may have a coated thermal label.
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.
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.
You may be thinking of going to current transfer printers. Surprisingly, they are a danger to the environment compared to the direct printers. The current printers have a lot of machinery thus using a lot of chemicals. The direct printer does not have the ribbon changing process and is even easier to operate.
About the Author:
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.
No comments:
Post a Comment