Interpretation of what it means to pass the UV flatbed printer

I believe that we will encounter a "pass" that we often say in the daily operation of UV printers. How to understand the printing pass in the parameters of UV printers?

What do the 2pass, 3pass, 4pass, and 6pass of the UV Printer mean?

In English, "pass" means "pass through". Will "pass" in a printing device also be a literal meaning of passing ?! Here we can say, no. In the printing industry, "pass" refers to the number of times the screen molding needs to be printed (the number of masks per unit area). The higher the PASS number, the slower the printing speed, the better the relative quality, otherwise the opposite, usually in uv printers, etc. In inkjet printing equipment, 6pass and 4pass printing are more common. For example: to print a 4PASS picture, each pixel needs to be divided into 4 masking prints to complete, usually adding PASS number can improve the picture quality. PASS stands for the number of times the print head ran for printing a line of images during printing. Inkjet is a line printing method, 4 PASS means 4 passes, and so on.

A few passes are required to complete the printing area for inkjet, which is called a few passes. Stacking connections with different pass counts will be different, and the colors will be different. PASS usually has controllable options on the relevant uv printer and printer control software, such as the RIP printing software of the uv printer. The user can use the set PASS to print according to the relevant needs when printing, allowing the uv printer to print Output perfect picture effects. The PASS number is related to the printing accuracy, and the PASS number is different for different printing accuracy.

How to solve the phenomenon of pass road drawing in uv printer?

The difference is whether it's a PASS channel or a broken line. If you don't understand these two concepts, there is no way to provide assistance. When the PASS channel you said appears, please stop printing immediately, and then print the test strip directly. If it is broken, then look at the broken colors. If the broken color is the color of the marginal part above the nozzle, you can think about The composition of the pump is not in good agreement with the nozzle, and the orientation of the two can be adjusted according to the specific situation; if the middle of the nozzle shows this way of ink cut, you should think about the pipeline, especially whether the ink sac has been used for Long, maybe the ink bag is not tight enough to the nozzle of the nozzle, and there is a scene of air leakage? Or maybe your ink is of poor quality (some inks are not very smooth and will show broken ink).