The Squid UV LED Curing System from Squid Ink offers accurate and consistent UV curing across a variety of commercial and industrial applications. Whether you need to cure ink on metal, glass, automotive products, plastics, electronics and more, you’re sure to find the right solution with Squid Ink’s new UV Curing System.

Squid UV is capable of curing inks in a 20mm x 80mm area from a single illumination module that can be doubled to cure an area of 40mm x 80mm or 20mm x 160mm with the addition of a second system.

The system features an advanced LED module to provide consistent luminance, resulting in a reliably cured product, every time. The stability of UV LED technology makes the output of electricity predictable and stable, avoiding problems associated with conventional halogen heat lamp drying.

• Single head curing area of 20mm x 80mm
• Dual head curing area of 40mm x 80mm or 20mm x 160mm
• Stable and efficient way to cure ink
• 20,000+ hour illumination run time reduces cost associated with lamp replacement.

ECD107 Large Character Ink-Jet Printer

The Industrial inkjet printer EC-JET DOD printers provide a means of application of printed information onto a wide range of products. This information would typically be the date, production codes, consumer information, product or corporate identification, product traceability, and many others.

The Print head of EC-JET large character inkjet printer (EC-DOD) consists of a group of miniature high-precision solenoid valve, once the solenoid valve opens, ink located in the nozzle spray out a droplet by constant pressure EC-JET large character inkjet printer is different from small character inkjet printer.

The ink droplet ejected without deflection but control the discharge of ink droplets by the solenoid valve. Each point corresponds to a head of miniature solenoid valves, 7 dots print head have seven solenoid valves, and 16 dots print head had 16 solenoid valves. Through Electronic control module, a set of coordinated action solenoid valve can print a raster column in the product.

When the product move, it will form the necessary information and patterns, providing a non-contact method of printing. The process is controlled by the electronics module which also stores the messages to be printed. The message is programmed using the touch screen.