Continuous inkjet printers
Small-character, non-contact coding at production speed on bottles, cans, pouches, films, cables, components and other moving products.
Explore CIJ printersOxford Traceability | Industrial coding
Industrial inkjet printers, specified for your production line.
CIJ and large-character DOD systems for reliable batch codes, dates, serial numbers and product identification—with the mounting, controls and data integration needed to make the printer work on the line.
CIJ printingFast, non-contact small-character coding
Large-character DODDirect case, sack and outer-pack marking
Variable production dataDates, batches, counters and serial numbers
Line integrationSensors, encoders, I/O and data interfaces
Choose by application, not brochure
The industrial inkjet printer has to suit the code, surface and line.
Oxford Traceability starts with the mark you need and the conditions around it. That prevents a fast printer being let down by the wrong ink, poor product control or an incomplete installation.
Large-character DOD printers
Bold text, logos and handling information printed directly onto corrugated cases, trays, sacks, timber and porous outer packaging.
Explore DOD printersVariable-code systems
Controlled date, batch, counter and serial-number printing with line signals and production data supplied in the right format.
Explore variable data
Printer selection starts with the real production environment.CIJ or DOD?
A quick technology starting point.
Both are industrial inkjet technologies, but they solve different marking problems.
| Requirement | Likely starting point |
|---|---|
| Small date or batch on a fast-moving product | Continuous inkjet (CIJ) |
| Large text or logo on a cardboard case | Large-character DOD |
| Code on curved, uneven or moving products | CIJ, subject to print window and control |
| High-resolution case text or barcode | High-resolution DOD, subject to grade target |
Production-line integration
The printer is one part of the coding station.
A dependable result also relies on product presentation, a stable mounting, the correct sensor, speed tracking, line handshakes and a practical operator workflow.
- Printhead and controller mounting
- Photoelectric triggers and shaft encoders
- PLC, I/O and line-stop interfaces
- Job selection and variable-data transfer
- Optional code inspection and reject logic
Coding applications
One site for the complete industrial inkjet requirement.
From a straightforward use-by date to controlled serialised data, the selection process follows the production risk and the code that must reach the customer.
Date coding
Best-before, use-by and production dates with the format, legibility and change control defined for the pack.
Date coding systemsBatch coding
Lot, recipe, line and shift information for traceability, complaint investigation and recall readiness.
Batch coding systemsSerial numbers
Unique or sequential identifiers supplied from the printer, line control or an authorised data source.
Serial number printingLine control
Triggers, encoders, interlocks and data handshakes that make each print happen at the right time.
Line integrationApplication-led process
From sample code to production-ready system.
Define the mark
Code content, dimensions, contrast, position, substrate and durability.
Confirm the line
Speed, pitch, product movement, environment, duty cycle and changeovers.
Engineer the station
Printer, ink, mounting, sensors, controls, data and optional verification.
Prove and implement
Sample work, agreed scope, installation plan and operator handover.
UK manufacturing sectors
Industrial coding across primary products and outer packaging.
Typical applications include food and beverage, pharmaceutical and healthcare, chemicals, automotive components, cables, building products, timber, logistics and general manufacturing.
- Plastic, glass and metal containers
- Flexible film, pouches and sleeves
- Corrugated cases, trays and sacks
- Cables, extrusions and components
Industrial inkjet FAQs
Common questions before a printer is selected.
What is the difference between CIJ and large-character DOD inkjet printing?
CIJ is normally selected for small, fast codes on products or primary packs, including dates, batches and identifiers. Large-character DOD is normally selected for bigger text, logos and handling information on outer cases, sacks and porous secondary packaging.
Can an industrial inkjet printer be fitted to an existing conveyor?
Usually, yes. A retrofit assessment should confirm mounting space, product control, print distance, triggering, encoder requirements, guarding, power, signals and access for replenishment and maintenance.
Which details are needed to select an inkjet printer?
The most useful starting information is the product and substrate, code content and size, line speed, available print area, production environment, duty cycle, number of changeovers and any data or verification requirement.
Can the printer receive batch or serial data automatically?
Many industrial systems can receive data from line controls, databases or production software. The exact interface, validation and failure response should be defined as part of the integration scope.
Do you cover projects throughout the UK?
Yes. Oxford Traceability discusses and scopes industrial coding applications for manufacturers throughout the United Kingdom.
Industrial inkjet buyer guides
Answer the questions behind the purchase.
Use practical guidance on budget, materials, food packaging, 2D codes and uptime before defining the printer and integration scope.
Printer cost and quotation
See what belongs in a complete coding-station budget and how to compare lifetime value.
Read the cost guideSubstrates and ink
Plan adhesion and durability tests for plastic, glass, metal, film, card and industrial materials.
Explore materialsQR, Data Matrix and GS1
Connect data, printing, verification and production response in one 2D coding plan.
Plan 2D codingPut the application in front of an inkjet specialist.
Tell us what you need to mark, the code content and the production speed. We will help you define a practical printer and integration route.
What should an inkjet coding retrofit prove on the line?
A sample printed on a stationary pack proves less than a controlled trial through the real coding zone. Check the largest message, difficult pack shape, changing speed and transition between jobs. Agree what happens to packs already on the conveyor when data changes or the printer becomes unavailable. The line-integration guide adds a practical schedule for these conditions and the evidence needed to confirm the printed result.