Project Brief
HomeIndustrial Inkjet PrintersContinuous Inkjet (CIJ)Pigmented & Micro-Character CIJ

Opaque Pigmented & 1.2 mm Micro-Character Continuous Inkjet Printers

Code dark amber glass, black PE pipe, automotive hoses, and wire jackets with agitated TiO2 white/yellow pigmented CIJ (271 m/min) or 1.2 mm micro-nozzles.

SUPPORT

Focus: pigmented inkjet printer for cable and pipe

Check Compatibility

High-Contrast White/Yellow on Black Surfaces & 1.2 mm Precision

Two demanding coding tasks require specialized CIJ fluidics: opaque pigmented marking on dark substrates (black polyethylene conduit, automotive rubber hoses, dark beer/soy glass bottles, PCBs) and 1.2 mm micro-character marking on tiny electronic components, vials, and thin wire insulation. Inside continuous inkjet printers and industrial inkjet printers, dedicated 40–50 μm micro-nozzle heads and continuous pigment-agitation tanks solve both cleanly.

Unlike dye molecules that dissolve completely, opaque white and yellow pigments consist of suspended solid TiO2 particles that settle if left un-circulated—so dedicated pigmented CIJ cores run periodic gentle stirring even during overnight standby.

Line speed comparison across 600 dpi TIJ, standard IP55 CIJ, pigmented CIJ, IP65 washdown CIJ, and 508 m/min UHS CIJ
Multi-line messages and high-density 2D DataMatrix codes reduce maximum linear speed—always size at your exact line count.

Pigmented Contrast CIJ vs Micro-Character HR CIJ Specs

Compare the two specialized small-character CIJ variants:

Parameter Pigmented Contrast CIJ (1710 / 1580C) Micro-Character HR CIJ (1880HR Class)
Nozzle Orifice Size 60–75 μm clog-resistant orifice 40–48 μm precision micro-orifice
Character Height Window 2.0 – 10.5 mm bold opaque strokes 1.1 – 1.2 mm up to 6.5 mm ultra-crisp
Max Linear Line Speed Up to 271 m/min (888 ft/min) Up to 394 m/min (1,292 ft/min)
Fluid Management Conical tank + automated standby agitation High-frequency drop generator for tiny 2D codes
Target Applications Black pipe, wire/cable, dark glass, tires SMD electronics, 2 ml ampoules, thin catheters

See full wire-and-pipe encoder setups in pharma and extrusion coding.

Four-step ink chemistry selection workflow across porous, non-porous, wet, and dark surfaces
Adhesion, dry time (1–3 s), and post-coding retort or cold-chain condensation dictate dye vs pigmented MEK, ethanol, or UV inks.

Industrial Coding Engineering Notes

  • Zero Settling Over Weekend Shutdowns: Leaving pigmented CIJ plugged into AC standby lets automatic 15-minute stir cycles keep white TiO2 homogeneous without wasting a drop of solvent.
  • Plasticizer-Migration Resistance on PVC Cable: Flexible PVC wire insulation exudes plasticizers that smear standard inks when coiled warm—specify non-transferring cable-grade pigmented MEK.
  • Readable 4×4 mm DataMatrix on Vials: Micro-character 40 μm nozzles place crisp 2D DataMatrix squares onto 12 mm vial caps and watch batteries.

Test White or Yellow Contrast on Your Dark Sample

Ship 1 meter of cable/pipe or 5 dark bottles via Project Brief for a contrast test.

Six-stage inline industrial inkjet coding, encoder tracking, and vision verification loop
Shaft encoders synchronize drop deflection or cartridge firing to real-time conveyor speed changes so characters never stretch.

Explore related coding platforms in Industrial Inkjet Printers, Inks, Solvents & Print Specs, or send your substrate & belt m/min via Project Brief.

Related Specifications

Further Reference