Coordinate warm printing utilizes mark material with a warmth touchy covering. At the point when warmed by the print leader of your printer, the warm covering swings dark to make the picture/content required.
Warm exchange printing utilizes a warm exchange strip (i.e. an ink strip otherwise called a carbon lace). The print head warms the lace and ink is saved onto the name material to make the picture/content required.
Some little work area printers, for example, the Zebra GC420d are immediate warm just, however most warm printers will work in warm exchange or direct warm mode. The cost of consumables is comparable for the two techniques for printing. Coordinate warm marks are by and large somewhat more costly, however when you include the cost of warm exchange names and strips together, the expenses are comparable.
The preferences and disservices of the two strategies for printing are as per the following:
Coordinate Thermal Printing
Points of interest of Direct Thermal Printing:
• Simpler for the administrator to stack the media (you just need to stack the move of names).
• It can be less demanding to acquire a decent print quality amid the underlying setup (you don't have to coordinate the lace write to the mark material).
• Environmentally better as you don't need to discard utilized ink strips (by and large you can just utilize warm strips once).
Disservices of Direct Thermal Printing:
• The print will blur in time, particularly if presented to coordinate daylight.
• The name material will stain in time, particularly if presented to coordinate daylight.
• The name material is inclined to stamping if rubbed or scraped.
• Cannot be utilized as a part of high temperature applications (by and large indicated to 50°C), as the marks will rapidly turn dark.
• There is a restricted scope of direct warm name materials, contrasted with warm exchange (despite the fact that it is conceivable to acquire coordinate warm card label material and some engineered materials, for example, polypropylene).
• Direct warm marks will make more prominent wear the print go to warm exchange printing. You can in this way expect the supplant the print head all the more regularly with coordinate warm printing on the off chance that you are printing high volumes of names.
The issue of print blurring and the name material stamping when scraped are diminished when utilizing top covered direct warm names. Top covered direct warm marks are more costly, yet in addition give constrained protection from dampness and water harm. In the event that immediate warm names are to be utilized as a part of a cooler (with a cooler cement), it is prudent to utilize top covered name material.
Warm Transfer Printing
Points of interest of Thermal Transfer Printing:
• Thermal exchange printing produces a lasting print, which has incredible protection from blurring, notwithstanding when subjected to coordinate daylight.
• The toughness of warm exchange print can be dictated by the decision of lace compose. The most prominent (and least cost) grade is wax, which has restricted smirch protection. The following evaluation up is wax/sap, which has great smear protection, yet restricted scratch protection. The best grade is pitch, which is scratch and water safe and impervious to numerous chemicals (see the lace detail for data on which chemicals a specific strip is impervious to).
• There are a significantly more extensive decision of mark materials accessible for warm exchange printing contrasted with coordinate warm. The decision of mark materials fluctuates from uncoated and covered papers and card through to fabric and an extensive variety of engineered materials, including polyethylene, polypropylene, polyester and polyimide. The selection of glues is additionally more prominent with warm exchange marks, specifically for low temperature applications (- 196°C) and high temperatures (+ 575°C).
• There are a decent scope of hued strips accessible for warm exchange printing.
• Thermal strips have a silicon covering on the print make a beeline for ensure the print head against over the top wear.
Inconveniences of Thermal Transfer Printing:
• Thermal exchange printing sets aside somewhat more opportunity to stack the media contrasted with coordinate warm printing.
• You have to take mind that the review of strip coordinates the name material you are utilizing. In the event that you are utilizing generally coarse, uncoated paper names, a wax lace will give a superior print quality (the delicate wax will stream into the unpleasant material). Be that as it may on the off chance that you utilize a wax strip on a covered engineered material, it will rub off effortlessly. Here a tar lace would be the favored decision.
• On some lower review strips, the print head will require cleaning all the more frequently as there can be develop of ink.
• You have to discard the utilized strips, which is less naturally well disposed contrasted with warm printing.
When beginning another task with warm exchange printing, it is constantly fitting to approach your provider for an example strip to guarantee you have a decent match between the lace and mark material.
Warm exchange printing utilizes a warm exchange strip (i.e. an ink strip otherwise called a carbon lace). The print head warms the lace and ink is saved onto the name material to make the picture/content required.
Some little work area printers, for example, the Zebra GC420d are immediate warm just, however most warm printers will work in warm exchange or direct warm mode. The cost of consumables is comparable for the two techniques for printing. Coordinate warm marks are by and large somewhat more costly, however when you include the cost of warm exchange names and strips together, the expenses are comparable.
The preferences and disservices of the two strategies for printing are as per the following:
Coordinate Thermal Printing
Points of interest of Direct Thermal Printing:
• Simpler for the administrator to stack the media (you just need to stack the move of names).
• It can be less demanding to acquire a decent print quality amid the underlying setup (you don't have to coordinate the lace write to the mark material).
• Environmentally better as you don't need to discard utilized ink strips (by and large you can just utilize warm strips once).
Disservices of Direct Thermal Printing:
• The print will blur in time, particularly if presented to coordinate daylight.
• The name material will stain in time, particularly if presented to coordinate daylight.
• The name material is inclined to stamping if rubbed or scraped.
• Cannot be utilized as a part of high temperature applications (by and large indicated to 50°C), as the marks will rapidly turn dark.
• There is a restricted scope of direct warm name materials, contrasted with warm exchange (despite the fact that it is conceivable to acquire coordinate warm card label material and some engineered materials, for example, polypropylene).
• Direct warm marks will make more prominent wear the print go to warm exchange printing. You can in this way expect the supplant the print head all the more regularly with coordinate warm printing on the off chance that you are printing high volumes of names.
The issue of print blurring and the name material stamping when scraped are diminished when utilizing top covered direct warm names. Top covered direct warm marks are more costly, yet in addition give constrained protection from dampness and water harm. In the event that immediate warm names are to be utilized as a part of a cooler (with a cooler cement), it is prudent to utilize top covered name material.
Warm Transfer Printing
Points of interest of Thermal Transfer Printing:
• Thermal exchange printing produces a lasting print, which has incredible protection from blurring, notwithstanding when subjected to coordinate daylight.
• The toughness of warm exchange print can be dictated by the decision of lace compose. The most prominent (and least cost) grade is wax, which has restricted smirch protection. The following evaluation up is wax/sap, which has great smear protection, yet restricted scratch protection. The best grade is pitch, which is scratch and water safe and impervious to numerous chemicals (see the lace detail for data on which chemicals a specific strip is impervious to).
• There are a significantly more extensive decision of mark materials accessible for warm exchange printing contrasted with coordinate warm. The decision of mark materials fluctuates from uncoated and covered papers and card through to fabric and an extensive variety of engineered materials, including polyethylene, polypropylene, polyester and polyimide. The selection of glues is additionally more prominent with warm exchange marks, specifically for low temperature applications (- 196°C) and high temperatures (+ 575°C).
• There are a decent scope of hued strips accessible for warm exchange printing.
• Thermal strips have a silicon covering on the print make a beeline for ensure the print head against over the top wear.
Inconveniences of Thermal Transfer Printing:
• Thermal exchange printing sets aside somewhat more opportunity to stack the media contrasted with coordinate warm printing.
• You have to take mind that the review of strip coordinates the name material you are utilizing. In the event that you are utilizing generally coarse, uncoated paper names, a wax lace will give a superior print quality (the delicate wax will stream into the unpleasant material). Be that as it may on the off chance that you utilize a wax strip on a covered engineered material, it will rub off effortlessly. Here a tar lace would be the favored decision.
• On some lower review strips, the print head will require cleaning all the more frequently as there can be develop of ink.
• You have to discard the utilized strips, which is less naturally well disposed contrasted with warm printing.
When beginning another task with warm exchange printing, it is constantly fitting to approach your provider for an example strip to guarantee you have a decent match between the lace and mark material.
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