The factors that affect the clarity of TTO high-speed coding carbon tape printing mainly include the following aspects:
1. Carbon strip mass:
Ink layer quality: If the ink layer of the carbon belt is not evenly distributed or the ink layer is too thin, it will cause the ink stain to be unclear when printing.
Ink layer adhesion: When the adhesion between the ink layer and the carbon strip substrate is not strong, the ink layer may fall off during the printing process, affecting the printing clarity.
2. Print head status:
Print head temperature: Too high or too low a print head temperature can affect the print effect and may cause ink to spread or solidify, thereby reducing print clarity.
Print head pressure: insufficient or excessive pressure on the carbon strip of the print head will affect the transfer effect of the ink, which will affect the print clarity.
3. Printer Settings:
Print speed: Too fast a print speed may cause the ink to not fully transfer to the print medium, thus reducing print clarity.
Print resolution: The resolution set by the printer is too low, which will cause the printed text or image to be blurred, affecting the clarity.
4. Print media:
Media surface quality: If the surface of the printing medium is rough or uneven, it will affect the adhesion and diffusion of ink, thereby reducing the print clarity.
The ink absorption of different media is different, if the ink absorption of the medium is too strong or too weak, it will affect the printing clarity.
5. Environmental factors:
Temperature and humidity: The temperature and humidity of the printing environment also have a certain impact on print clarity. Too high or too low temperature and humidity can cause poor printing results.
In summary, the factors that affect the clarity of TTO high-speed coding carbon tape printing are many, including the quality of carbon tape, print head state, printer Settings, printing media and environmental factors. In order to improve the clarity of printing, these factors need to be considered comprehensively, and the corresponding optimization and adjustment.