Cylindrical printer has high precision and fast speed, 360° printing without dead ends-everyone loves

Cylindrical printerinuvThe flatbed printer family is regarded as an "alternative", because it is a printer that specializes in printing round objects, such as thermos cups and wine bottles commonly used in daily life, so cylindrical printers are often used by everyone. Call it a vacuum flask printer or a custom printer for wine bottles. With othersuvCompared with flatbed printers, the division of responsibilities in work is completely different, but it is also due to their existence.uvThe big "big family" of flatbed printers can be more prosperous and powerful.

So now the thermos cup printer acts asuvAs a member of the "big family" of flatbed printers, do you have to pay attention to anything when printing? Naturally, although the thermos cup printer is not as diverse as the flatbed printer, there are areas that must be paid attention to when printing.

First, you must adjust the aspect ratio when printing. If the height is too high, the printed pattern is not clear enough and the ink will continue to be dragged. If it is too low, it is easy to scratch the nozzle and damage the wine bottle. Custom printer shell, so the aspect ratio is necessary One key to note.

The second is that it must be accurately positioned before printing. Since cylindrical printers are not like flatbed printers, they can print a precise position on the paper first. Cylindrical printers print round bodies. This sample material is mainly supported by rollers, so it is impossible to position and position according to precise positioning. Direction, and it is impossible to get an accurate positioning of a round body, so you must pay attention to the placement of the position.

It is the coating again. The material printed by the cylinder printer is generally a bottle, which may be a glass bottle, a stainless steel water bottle or a thermos. It is proposed to be applied at this moment.4193For this type of coating, of course, the specific coating application must also be determined based on the specific sample material.

The final result is the specifications of the printed sample pattern. Since cylindrical printing does not only need to measure the width and height like flatbed printing, it needs to measure the size of a circle, which requires more detailed measurement. If the measurement is incorrect, it is very easy to print. If it appears incorrect, the printed pattern will be very unsightly. It will also destroy the sample material and cause a small loss.