Continuous Inkjet systems (CIJ) work by expelling electrically charged ink droplets from a printhead nozzle and passing them through an electric field. INKJET DROPLET FORMATION The ink jet is broken into drops inside the chamber through a pulse from the piezoelectric crystal. Those droplets that are required for printing are charged by a charge electrode as they break off from the ink jet, and the printer re-circulates the rest. The droplets, now charged, pass through an electrostatic field between deflector plates, the combination of the speed and charge determining the correct position of the droplet on the substrate. Up to 120,000 of these tiny droplets – half the diameter of a human hair - are expelled every second, and as this is done without contact to the material continuous inkjet printing is very versatile. These printers can code onto most materials, regardless of many characteristics including porosity, size, shape and texture. The solvent base to many of the inks means they also dry fast, making continuous inkjet solutions ideal for products on a moving production line. Continuous inkjet printers are used mainly to print variable information on individual products – such as dates, times, specific text, batch codes, product names and logos. This is particularly useful for providing traceability data and for complying with increasingly strict industry legislation. Our continuous inkjet printers include the award winning Linx CJ400.