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XD-54 High-Speed Direct-to-Object Digital UV Industrial Automated Single Pass Inkjet Printer

High Speed Direct-to Shape Printing Converorized Linear Pinter

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Converorized Linear Pinter

Adjustable UV power levels
CE Certification available
Local and remote diagnostics/logging, fault detection
Remote/Customer interface digital Ethernet/IP
Industrial PC, UI, UPS
Printer Assembly Stand and safety enclosure
Print head maintenance station/waste tray
Emergency Stop Switched/Interlocks
Servo-Driven Conveyor Feed System with continuous/intermittent operational modes
Bulk Ink Supply System for each print array with ink level sensor detection and auto refill
Space available for load/off-load, vision/eject stations for customer integration
UV Curing Assembly mounted directly behind the print array
Z-Axis servo control for automatic height adjustment for each station based on product height
Print jobs (SKU numbers, scanned in routers) entered manually or by barcode

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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.