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Beverage
From high line speeds to condensation, beverage producers operate within one of the most demanding production environments. With expensive filling and packaging equipment, producers have no tolerance for unplanned coder downtime. Videojet has a range of high uptime solutions to meet these challenges whether you need to print a simple best before date or more complex promotional and gaming codes.
Overview
Fluid based, non-contact printing of up to five lines of text, linear and 2D bar codes, or graphics, printed on a variety of packaging types including stationary packaging via traversing systems.
Prints and places labels of various sizes on multiple package types.
Fluid based, non-contact printing of up to five lines of text, linear and 2D bar codes, or graphics, printed on a variety of packaging types including stationary packaging via traversing systems.
Ink-based, non-contact printing using heat and surface tension to move ink onto a package surface. Generally used to print 2D DataMatrix and other bar codes.
A beam of infrared light focused and steered with a series of carefully controlled small mirrors to create marks where the heat of the beam interacts with the packaging surface.
Ink-based, non-contact printing of multiple data types (alphanumeric, logos and bar codes) in large sizes primarily used for secondary packaging such as cases.
Before or after filler
Videojet has a range of printers to address printing on the bottle, can or other beverage container either before or after filling. We offer specially-formulated inks and unique accessories to displace any surface moisture help to ensure clear codes. In addition, laser marking systems deliver permanent, non ink-based printing.
Fluid based, non-contact printing of up to five lines of text, linear and 2D bar codes, or graphics, printed on a variety of packaging types including stationary packaging via traversing systems.
A beam of infrared light focused and steered with a series of carefully controlled small mirrors to create marks where the heat of the beam interacts with the packaging surface.
