The printing speed of TTO carbon belt (Thermal Transfer Overprinter carbon belt) is quite impressive, which is shown as follows:
First, high-speed printing capability
Support for high-speed printing: TTO carbon tape can support high-speed printing operations, which is of great significance to improve production efficiency.
Specific speed: Depending on different carbon tape models and printer configurations, the printing speed of TTO carbon tape can reach different levels. For example, some TTO carbon strips can achieve printing speeds of up to 40 inches per second (about 1016 mm per second) on certain materials, or even higher. Other dedicated carbon strips, such as the Z260, can print at speeds of up to 660 mm/s to meet the needs of flexible packaging applications.
2. Application examples
Industrial packaging: In the label printing of industrial products, the high-speed printing capability of the TTO carbon belt enables the efficient completion of tasks such as part identification and inventory management.
Food and pharmaceutical packaging: When printing production date, shelf life, batch number and other information on food and pharmaceutical packaging, the high-speed printing capacity of TTO carbon belt can meet the needs of fast production lines.
Third, precautions
Carbon tape and printer matching: The printing speed of TTO carbon tape is affected by the degree of matching between it and the printer, so in practical applications, it is necessary to choose a carbon tape that is compatible with the printer and has excellent performance.
Environmental factors: The printing speed may also be affected by external factors such as ambient temperature and humidity, so it is necessary to pay attention to controlling these conditions during use to ensure the best printing results.
In summary, the TTO carbon belt has excellent high-speed printing capability, which can meet the needs of various fast production lines and efficient printing tasks. However, the specific printing speed needs to be determined according to factors such as the carbon belt model, printer configuration, and actual application environment.