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Linear Conveyors

This product is designed to allow multi-station printing on the same object in different locations and colors.

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Linear conveyance is used primarily in multi-color and automated applications to increase hourly part output on machines with or without independent pads. The linear conveyor is electrically operated and controlled by a servo motor.

  • Configurations include: from 18 up to 48 stations or more if required. Center to center on 127mm, 159mm, 191mm, 280mm or as required
  • Advance distance is programmed directly from the machine’s touch screen
  • Pick and place devices for automated product loading and/or unload stations and pre-treatment devices including flamers, corona or plasma can be integrated
Conveyor Type

Linear

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  • UV Flatbed Inkjet Printers jet ink that upon exposure to ultraviolet light instantly forms polymer bonds.
  • Tagless printing is a cost-effective, comfortable, and customizable alternative to traditional garment labeling.
  • That’s the million dollar question! (Don’t worry. It won’t cost that much.) We’ve already outlined how you might benefit from the addition of an inkjet printer, and how to justify the cost of another piece of equipment, in a previous post. Now you have to match your workload and job requirements to the right machine configuration.
  • In industrial inkjet printing, there are two basic kinds of printheads: Continuous Inkjet (CIJ) heads and Drop-on-Demand (DOD) heads.  At Engineered Printing Solutions, we specialize in DOD industrial inkjet printers.  What is the difference between the two technologies, and what are the advantages and disadvantages of each?  This post will explore these questions.  But first, a quick explanation of the two differing technologies.
  • Good color matching can best be achieved through the use of color profiling software. This software allows for the creation of color profiles which capture the bias imposed by the substrate color and porosity, print resolution, as well as ink set limitations on printable color gamut.

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