Thermal Ink Jet Videojet ® 86100 pages

Thermal Ink Jet

Videojet® 8610
Delivering revolutionary printing technology
for films, foils, plastics, and coated stocks, the
8610 combines the simplicity of thermal ink
jet with the performance of MEK-based inks.

Designed specifically to print high resolution codes on
hard-to-print surfaces, the 8610 utilizes a purpose-built ink
jet cartridge designed specifically to jet high performance
MEK and other industrial inks. The patented cartridge offers
the simplicity of thermal ink jet with print resolutions up to
four times greater than continuous ink jet solutions. At
linear speeds up to 102 meters/minute (333 fpm), the 8610
can print either simple text or more complex marks for a
range of applications in the packaged food, pharmaceutical,
and cosmetics industries.

Uptime Advantage

Code Assurance

• ew print array with each cartridge change, ensuring peak
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performance

• dvanced software virtually eliminates set-up errors
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• o wear parts or maintenance consumables; no calibration
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procedures

• ange of customer-selectable rules and permissions that simplify
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message selection and help prevent operator error

• esigned and tested for 99.9% Availability*
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Simple Usability

• ugged, industrial design made to withstand challenging
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production environments

• nnovative combination of thermal ink jet simplicity with
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industrial-grade ink performance for a range of substrates

Built in Productivity
• artridge Readiness System™ prevents ink from drying in
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the nozzles during production interruptions, providing clean,
repeatable codes with virtually no operator intervention

• uick and easy cartridge change in 15 seconds or less
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• inimal maintenance procedures – none technically demanding
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• con-based controller with easy menu navigation that simplifies
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operator interaction

• ontroller drives up to two 12.7mm (1/2 inch) tall cartridges
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to enable printing in two locations or to allow more content
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Results based on testing using the reliability growth curve method for in excess of
70,000 cumulative hours and 75 million prints. Individual results may vary.