Inkjet coding machinery

Inkjet coding machinery range

Compare continuous inkjet coders, thermal inkjet printers, large character case coders and portable inkjet systems for packaging and product marking.

Request a coding quoteCompare inkjet coders
Non-contactmarks moving packs
Variable datadates, lots, codes
Integratedsensors and encoders
Industrial inkjet coder installed on a packaging line
Product range

Inkjet coders by production requirement

Each coding technology solves a different production issue. Use this range as a starting point, then send product samples for a practical recommendation.

Industrial inkjet coding machine for product date and batch marking

Continuous inkjet coders (CIJ)

Non-contact inkjet coders for fast moving bottles, cans, containers, flexible packs and irregular products where the code has to be applied while the line keeps moving.

High speedCurved packsDate & batch
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Thermal inkjet printer controller and printhead for date batch and QR coding

Thermal inkjet printers (TIJ)

Clean cartridge-based inkjet printers for cartons, sleeves, labels, trays and porous or coated packaging where crisp text, QR codes and barcodes are required.

High resolutionBarcodesLow mess
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Inkjet batch and date code printed on cartons for packaging traceability

Large character inkjet coders

Industrial inkjet marking systems for outer cases, transit boxes and trays, replacing pre-printed cartons with flexible variable print.

Carton codingOuter casesVariable text
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Inkjet coding video poster showing packaging date and batch printing

Handheld inkjet coders

Portable inkjet coders for low-volume date coding, batch marking and large item identification without installing a full conveyor system.

PortableShort runsWarehousing
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Comparison

Inkjet coder comparison

Coder typeBest suited toTypical printKey considerations
Continuous inkjet coderHigh-speed bottles, containers, curved packs and variable product spacingExpiry dates, lot codes, simple text, 1D/2D codes depending on modelInk management, solvent handling, service routine and ventilation
Thermal inkjet printerCartons, labels, sleeves, trays and flatter surfacesHigh-resolution text, QR codes, barcodes, logos and address-style dataPrint distance, cartridge cost, substrate coating and dry time
Large character inkjet coderOuter cases, transit boxes, timber, sacks and traysLarge text, product ID, batch, destination and handling marksPrint height, porous surface, mounting position and case tracking
Handheld inkjet coderLow-volume products, oversized items and occasional warehouse markingDate, batch, text, logos, barcodes and simple variable dataOperator consistency, surface contact guides and production volume
Common questions

Inkjet coding FAQs

What is the difference between CIJ and TIJ?

CIJ uses a continuous ink stream and is often selected for fast lines and curved products. TIJ uses replaceable cartridges and is often selected for high-resolution text, cartons, labels and cleaner operation.

Do inkjet coders need compressed air?

Many thermal inkjet systems do not need compressed air. Some CIJ systems and cleaning or guarding arrangements may require air depending on specification.

Can one inkjet coder cover multiple products?

Often yes, provided the products pass the print head at a controlled distance and the code location can be reached. Changeover brackets or adjustable stands may be required.

Technology selection

Compare inkjet coders by operating requirement

The correct machine is determined by the print surface, code content, product control and production environment. These engineering differences are more useful than comparing headline speed alone.

Selection pointCIJTIJLarge characterHandheld
Typical presentationMoving products with variable shape or spacingWell-controlled flat or near-flat print zoneCases and cartons on conveyorsManual pass across the product
Code styleSmall text, dates, lots and simple machine-readable codesCrisp text, graphics, barcodes and 2D codesLarge text, case data and selected barcodesText, dates, logos and codes subject to operator control
ConsumablesInk plus make-up fluid on solvent systemsReplaceable ink cartridgesInk supply matched to porous or non-porous casesCartridge or compact ink supply, model-dependent
Integration focusPrinthead mounting, sensor, encoder and line I/OTight throw distance, stable product and data handlingCarton guidance, print height and case dataJig, guide and operator work instruction
When to reconsiderVery high-resolution graphics or long contentUncontrolled curvature, vibration or print gapRetail-quality labels or compliance labelsContinuous production or automated verification

Request model-level data

For each quoted machine, confirm print height and lines, resolution at the proposed speed, permitted throw distance, enclosure or IP rating, communication ports, ambient limits and approved inks. Values must apply to the exact configuration, not a different model in the same family.

Compare total ownership

Include ink, make-up fluid or cartridges, scheduled service parts, cleaning time, start-up and shutdown routine, waste handling, operator intervention and likely downtime. A low purchase price can be outweighed by poor suitability or high consumable use.

Confirm the test method

Use representative packs and an agreed message at the intended line conditions. Define acceptable legibility, adhesion, position, dry time and machine-readable code checks before treating a sample as approved.

Keep inkjet and non-inkjet coding routes separate

Inkjet Coder UK focuses on CIJ, TIJ, large-character and handheld inkjet systems. Where moving flexible film needs ribbon-based thermal transfer overprinting, use Lancing's dedicated thermal transfer overprinter guidance. For a complete filling, capping, labelling or end-of-line project, the wider packaging line integration route can be assessed separately. This keeps the coder recommendation centred on the actual print process rather than forcing every application into inkjet.

Start with the actual pack and code requirement rather than a generic printer specification.

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