Direct Thermal Vs Thermal Move Publishing transferred consumables, Direct thermal publishing uses tag material with a warm delicate covering. When heated by the publish of your printer, the thermal covering transforms black to produce the picture/text required http://22.214.171.124/gocengqq/.
Thermal move publishing uses a thermal move bow (i.e. an ink bow also known as a carbon bow). The publish
heats up the bow and ink is transferred into the tag material to produce the picture/text required.
Some small desktop computer printers such as the Zebra GC420d are direct thermal just, but most thermal printers will run in thermal move or direct thermal setting. The cost of consumables is comparable for both techniques of publishing. Direct thermal tags are typically a bit more expensive, but when you include the cost of thermal move tags and bows with each other, the costs are comparable.
The benefits and drawbacks of both techniques of publishing are as complies with:
Direct Thermal Publishing
Benefits of Direct Thermal Publishing:
• Simpler for the driver to load the media (you just need to load the roll of tags).
• It can be easier to obtain a great publish quality throughout the initial configuration (you don’t need to suit the bow kind to the tag material).
• Ecologically better as you don’t need to deal with used ink bows (typically you can just use thermal bows once).
Drawbacks of Direct Thermal Publishing:
• The publish will discolor in time, particularly if subjected to direct sunshine.
• The tag material will discolour in time, particularly if subjected to direct sunshine.
• The tag material is susceptible to noting if scrubed or scuffed.
• Cannot be used in heat applications (typically defined to 50°C), as the tags will quickly transform black.
• There’s a restricted range of direct thermal tag products, compared with thermal move (although it’s feasible to obtain direct thermal card label material and some artificial products such as polypropylene).
• Direct thermal tags will cause greater wear to the publish
compared with thermal move publishing. You can therefore anticipate the change the publish
more often with direct thermal publishing if you’re publishing high quantities of tags.
The problem of publish fading and the tag material noting when scuffed are decreased when using top covered direct thermal tags. Top covered direct thermal tags are more expensive, but also provide limited resistance to moisture and sprinkle damage. If direct thermal tags are to be used in a fridge freezer (with a fridge freezer adhesive), it’s recommended to use top covered tag material.
Thermal Move Publishing
Benefits of Thermal Move Publishing:
• Thermal move publishing creates a long-term publish, which has excellent resistance to fading, also when subjected to direct sunshine.
• The resilience of thermal move publish can be determined by the choice of bow kind. One of the most popular (and most affordable cost) quality is wax, which has limited smudge resistance. The next quality up is wax/material, which has great smudge resistance, but limited scratch resistance. The top quality is material, which is scratch and sprinkle immune and immune to many chemicals (see the bow spec for information on which chemicals a particular bow is immune to).
• There are a a lot wider choice of tag products available for thermal move publishing compared with direct thermal. The choice of tag products differs from uncoated and covered documents and card through to cloth and a wide variety of artificial products, consisting of polyethylene, polypropylene, polyester and polyimide. The choice of adhesives is also greater with thermal move tags, particularly for very reduced temperature level applications (-196°C) and very heats (+ 575°C).
• There are a great range of coloured bows available for thermal move publishing.
• Thermal bows have a silicon covering on the publish
side to protect the publish
versus excessive wear.
Drawbacks of Thermal Move Publishing:
• Thermal move publishing takes a bit more time to load the media compared with direct thermal publishing.
• You need to make sure that the quality of bow suits the tag material you’re using. If you’re using fairly rugged, uncoated paper tags, a wax bow will give a better publish quality (the soft wax will flow right into the harsh material). However if you use a wax bow on a covered artificial material, it will abrade very easily. Here a material bow would certainly be the preferred choice.
• On some lower quality bows, the publish
will need cleaning more often as there can be develop of ink.
• You need to deal with the used bows, which is much less eco-friendly compared with thermal publishing.
When beginning a brand-new project with thermal move publishing, it’s constantly recommended to ask your provider for an example bow to ensure you have a great suit in between the bow and tag material.