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How to Size & Budget an Industrial Inkjet Coding System

Convert BPM into conveyor m/min, match ink chemistry to substrates, compare 5-year CIJ vs TIJ total cost of ownership (TCO), and run code legibility FATs.

HUB

Focus: how to choose an industrial inkjet printer

Check Compatibility

Why Conveyor Linear Speed (m/min)—Not BPM—Determines Print Quality

A bottling line running just 60 bottles/min can easily run its conveyor belt at 45 meters/min to create bottle spacing—and printing a 3-line lot/expiry + 2D QR code requires 3× higher drop frequency than printing a single 5-dot line! Built on inkjet coding inks and specs, use our calculators and TCO guides before choosing between CIJ, TIJ, or laser.

Calculate exact belt speed and encoder pulses in our coding line speed calculator and check adhesion in the substrate-to-ink compatibility chart, then read industrial inkjet printer price & TCO, CIJ vs TIJ vs laser selection guide, and our inline integration & FAT checklist.

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.

Single-Line vs Multi-Line CIJ Speed De-Rating Guide

Notice how adding text lines or 2D matrices changes maximum linear belt speed on a 293 m/min CIJ coder:

Message Format Vertical Dot Matrix Max Linear Belt Speed Max Cans/Min (@ 100 mm pitch)
1 Line High-Speed Date 5 or 7 dots high Up to 293 m/min Up to 2,900 cans/min
2 Lines (MFG + EXP + Lot) 7 + 7 dots (16-dot) Up to 146 m/min Up to 1,460 cans/min
3 Lines Full Traceability 7 + 7 + 7 dots (24-dot) Up to 81 m/min Up to 810 cans/min
2D GS1 DataMatrix + 2 Lines 16×16 or 24×24 matrix 45–95 m/min 450–950 packs/min

Explore matching printer families in industrial inkjet printers.

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

  • Vibration Isolates Printheads: Mount printhead stands directly to the floor (isolated from vibrating VFFS or punch presses) so 1.2 mm micro-characters never wave.
  • Evaluate 5-Year Consumable TCO: A $2,000 TIJ coder using 12 cartridges/year has a very different 5-year cost curve than a $6,500 CIJ running 2 million cans/month on bulk 1L ink.
  • Verify Barcode Grade >= B (1.5): Retail and pharma GS1 2D specifications require ISO/IEC 15415 print quality >= Grade C/B across full production speed.

Run a 5-Year Cost & Speed Check

Share your annual pack volume, lines of text, and belt m/min via Project Brief.

Technical specification matrix comparing Continuous Inkjet, Thermal Inkjet, and Large-Character Case coders
Throw distance to curved surfaces favors CIJ (8–25 mm), whereas Grade-A 600 dpi 2D carton barcodes favor TIJ (1–5 mm).

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

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