Videojet® 8610 - Videojet Indonesia

The Videojet 8610 Thermal InkJet Printer utilizes a revolutionary, purpose-built cartridge designed to use MEK fluids. You can now bring the simplicity of thermal inkjet to applications that require printing of crisp, repeatable codes on foils, films, plastics and coated stocks. Ideally suited for applications in food processing, cosmetics, and pharmaceuticals, the 8610 combines high-resolution printing of customer-facing and supply chain information with incredibly simple operation.

Specs

Specification	Value
Maximum Print Resolution	240 x 240 dpi
Print Speed	up to 102 meters/min. (333 ft/min.)
Bar Codes	Multiple linear and 2D bar codes available including DataMatrix
Single Printhead Print Height	12.7 mm (0.5 in.)
Maximum Number of Printheads	2
User Interface	CLARiTY^TM 8.4 inch color SVGA LCD touch-panel
Data Interfaces	RS232, Ethernet, USB memory, select ZPL, command emulation, text communication

Benefits

Uptime Advantage

New print array with each cartridge change, ensuring peak performance
No wear parts or maintenance consumables; no calibration procedures
Designed and tested for 99.9% Availability*
Rugged, industrial design made to withstand challenging production environments

Built in Productivity

Cartridge Readiness System™ prevents ink from drying in the nozzles during production interruptions, providing clean, repeatable codes with virtually no operator intervention
Controller drives up to two 12.7mm (1/2 inch) tall cartridges to enable printing in two locations or to allow more content

Code Assurance

Advanced software virtually eliminates set-up errors
Range of customer-selectable rules and permissions that simplify message selection and help prevent operator error

Simple Usability

Innovative combination of thermal inkjet simplicity with industrial-grade ink performance for a range of substrates
Quick and easy cartridge change in 15 seconds or less
Minimal maintenance procedures – none technically demanding
Icon-based controller with easy menu navigation that simplifies operator interaction