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Thermal printing (or direct thermal printing) is a digital printing process which produces a printed image by passing paper with a thermochromic coating, commonly known as thermal paper, over a print head consisting of tiny electrically heated elements. The coating turns black in the areas where it is heated, producing an image.
Thermal-transfer printing is done by melting wax within the print heads of a specialized printer. The thermal-transfer print process utilises three main components: a non-movable print head, a carbon ribbon (the ink) and a substrate to be printed, which would typically be paper, synthetics, card or textile materials.
Selective heat sintering (SHS) is a type of additive manufacturing process. It works by using a thermal printhead to apply heat to layers of powdered thermoplastic.When a layer is finished, the powder bed moves down, and an automated roller adds a new layer of material which is sintered to form the next cross-section of the model.
Thermal paper (often supplied in roll form, and sometimes referred to as an audit roll) is a special fine paper that is coated with a material formulated to change color locally when exposed to heat. It is used in thermal printers , particularly in inexpensive devices such as adding machines , cash registers , and credit card terminals and ...
While it originally was used in creating prepress proofs, today this technology survives in ID card printers and dedicated photo printers, often under the name dye diffusion thermal transfer (D2T2). The term was later also applied to the indirect sublimation transfer printing process, which uses a standard ink-jet printer to deposit sublimation ...
The printing technology and its thermal paper are developed by Zink Holdings LLC, a U.S. company, with offices in Edison, New Jersey, and Billerica, Massachusetts, and a manufacturing facility in Whitsett, North Carolina. Zink Holdings makes all the paper, [2] and makes a printer for printing labels and other designs on rolls of Zink zRoll.
This method leverages thermal decomposition to deposit metal nanoparticles, overcoming challenges like residual impurities, complex sintering processes, and reduced material purity. The research focused on developing a copper-based MOD ink using 2-methoxyethanol to optimize properties such as solubility, viscosity, and jetability.
Thermal DOD was introduced in the 1980s by Canon [25] and Hewlett-Packard. [26] Thermal printing does not use high-temperature inks. One disadvantage of this method is that the variety of inks compatible with TIJ is essentially limited, because this method is compatible with inks that have high vapour pressure , low boiling point and high ...
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