Computer technology is the origin of digital cotton direct-injection printing

Speaking of traditional cotton direct-injection printing, whether it is flat screen or rotary screen printing, they are inseparable from the word "net", and they are inseparable from traditional plate making. The cost and time consumed in plate making are in no way The method meets the current trend of small batch, personalized and diversified printing. Therefore, digital direct-injection printing that does not require plate making and pressure has been developed. The principle of digital direct-injection printing is the same as the current inkjet printing.

Put water in the syringe and apply pressure to spray the cement. Once we can control the direction of droplets, we can print patterns. This technique was called fog ink printing at the time. Due to problems with needles and ink at that time, the effect was poor, and it was not until 1960 that it officially entered the practical stage. Ten years ago, inkjet technology was used for barcode processing or product serial number printing, called inkjet printers.

Digital direct-injection printing is a systematic project involving cutting-edge technologies such as CAD technology, network communication technology, precision machining technology, and fine chemical technology. It is a product of the integration of information technology with traditional technologies such as machinery, textiles and chemicals. Because the garment printing machine technology involves many calculations and controls, it is impossible to produce high-speed digital direct-injection printing technology without the current high-speed computers.

As far as the current digital printing technology is concerned, the digital direct-injection printing technology has developed to a level that can run synchronously with computers, and computer technology has been developing rapidly. Therefore, we can think that as long as computer technology continues to improve, Digital direct injection printing technology will continue to improve. At the same time, the manufacturing technology of the nozzle also benefits from the related technologies of integrated circuits, such as etching and precision assembly. The emergence of modern high-frequency, multi-nozzle nozzles proves this point.

It can be seen that the emergence of treadmill printing machine technology has promoted the progress of the printing industry. Digital direct-injection printing machines are spreading rapidly in printing factories because of their simple and quick operation. It is understood that the newly opened printing factories now purchase digital direct-injection printing machines as their main production equipment.