What are the benefits of using high-quality ink for inkjet printers?

High-quality inkjet printer ink has a great relationship to improve the printing effect. High-quality ink has the advantages of high purity, ultra-high impurity filtration grade, authentic ingredients, etc., which are directly reflected in the smooth operation of the inkjet printer pipeline, reducing the wear of imported gear pumps, accurate ink dot charging, and precise placement. The color of the sprayed product is shiny. Nowadays, there are mixed inks on the market. Inferior inks enter the market through online shopping channels. Customers who pursue low prices are the ultimate victims. Our company has encountered countless customers. With the assistance of our company, the entire machine pipeline is cleaned and replaced. The filter, the machine has been running for a year without the slightest failure alarm, which greatly improves the customer's production efficiency. The working principle of continuous inkjet technology. Under pressure, the ink enters the spray gun. The spray gun is equipped with a crystal oscillator. Through vibration, the ink is sprayed to form fixed intervals. Through CPU processing and phase tracking, some ink dots on the charging electrode are Charged with different electric charges, different deviations occur under a high-voltage magnetic field of several thousand volts, and the nozzles fly out and fall on the surface of the moving product, forming a dot matrix, thereby forming characters, numbers or graphics. The rest of the ink dots are not charged and will not shift, and are directly injected into the recycling tank, where they are recycled and reused. The working principle diagram of the imported inkjet printer. Under the pressure of the ink supply pump, the ink flows from the ink tank through the ink pipeline, adjusts the pressure, viscosity, and enters the spray gun. As the pressure continues, the ink is ejected from the nozzle, and the ink passes through the nozzle. , The action of the piezoelectric crystal breaks into a series of continuous ink droplets with the same spacing and the same size, and the jetted ink stream continues to move downwards to be charged through the charging electrode, where the ink droplets are separated from the ink line. A certain voltage is applied to the charging electrode, and when the ink drop is separated from the conductive ink line, it will instantly carry a negative charge that is proportional to the voltage applied by the charging electrode. By changing the voltage frequency of the charging electrode to make it the same as the breaking frequency of the ink droplets, each ink droplet can be charged with a predetermined negative charge. Under the continuous pressure, the ink flow continues to move downward, from two separate The deflection plate with positive and negative voltage passes through the middle, and the charged ink drop will deflect when passing the deflection plate. The degree of deflection depends on the amount of charge. The uncharged ink drop does not deflect and flies down and flows into the recovery tube. , And finally return to the ink tank for recycling through the recovery pipeline. The charged and deflected ink drops fall onto objects passing in front of the vertical nozzle at a certain speed and angle. The information to be printed is processed by the computer motherboard, changing the charge carried by the ink droplets, and then different identification information can be generated.