Date & batch coding
Best-before, use-by, lot and batch information generated automatically at the line.
Industrial TIJ coders · UK
Thermal inkjet printers
for production lines.
Cartridge-based high-resolution coding systems for variable text, dates, batches, serial numbers and machine-readable codes.
Technology matched to task
Clean coding.
Practical ownership.
Thermal inkjet, usually shortened to TIJ, uses a replaceable ink cartridge with an integrated print mechanism. Droplets are fired only when required, creating sharp variable information without a continuously circulating ink system.
The right result still depends on the complete application: code content, required height, line speed, substrate, ink chemistry, throw distance, product stability and the way production data reaches the printer. Oxford Traceability brings those decisions together.
Up to 600 dpiTypical high-resolution capability*
1D + 2DText, graphics and codes
ModularSingle or multiple printheads
01High-resolution line coding
How TIJ works
A controlled droplet,
exactly when needed.
A TIJ printhead contains an array of microscopic nozzles. Tiny ink chambers are rapidly heated, forming bubbles that propel precise droplets towards the product as it passes.
Because the ink cartridge contains the key ink-delivery components, routine changeover can be straightforward. Print quality and uptime still rely on correct mounting, reliable product detection and sensible cleaning procedures.
- On-demand printing with no continuously circulating ink loop
- Compact printheads suit restricted production-line spaces
- Quick cartridge replacement supports short changeovers
- High-resolution output for text, logos and 2D codes
Important
Quoted resolution and speed are not independent. Higher line speeds, larger messages and challenging substrates can change the achievable result.
02Application-led selection
System selection
Choose around the
real production window.
A printer that performs perfectly on an absorbent carton may need a different ink and set-up on coated film or metal. Even two visually similar labels can behave differently.
We use application details and sample testing to establish the correct ink family, printhead arrangement and control method before equipment is finalised.
- Available print area and print direction
- Minimum and maximum production speed
- Product-to-printhead distance and movement
- Drying time before guides, belts or pack contact
Sample testing
Send representative production materials—not only artwork proofs—so adhesion and dry time can be assessed on the surface actually used.
Typical applications
A flexible coding
platform.
TIJ systems can cover straightforward date coding through to connected variable-data workflows when the controller and integration are specified correctly.
Serial numbers
Unique or sequential identifiers printed onto every product, carton or label.
Barcodes
Linear codes produced with the required size, quiet zone and contrast.
QR codes
Consumer engagement, digital links, product information and traceability data.
DataMatrix
Compact 2D codes for GS1 and industry-specific identification workflows.
Logos & graphics
High-resolution marks, icons, symbols and human-readable instructions.
Specification variables
What we need
to establish.
Final performance is application-specific. These are the core details used to define a suitable system.
Print contentText, dynamic fields, logos, linear barcodes, QR and DataMatrix
Print heightDefined by code size and single or multiple printhead arrangement
SubstratePorous, semi-porous, coated or non-porous surface
Ink performanceAdhesion, drying time, colour, resistance and application conditions
Line speedMinimum, normal and maximum speed plus acceleration behaviour
ControlsLocal message selection, PLC I/O, networked data or database connection
Frequently asked
Useful answers
before you specify.
For application-specific advice, call 01865 362785.
What does TIJ stand for?+
TIJ stands for thermal inkjet. A tiny heater in the cartridge rapidly forms a bubble that ejects a controlled ink droplet through the nozzle.
Does a thermal inkjet printer need compressed air?+
The printer itself commonly does not require compressed air. Other line equipment, guarding or reject systems may have separate pneumatic requirements.
How far can the printhead be from the product?+
TIJ normally performs best with a small and consistent throw distance. The exact acceptable gap depends on the cartridge, speed, substrate and required code quality, so product control is important.
Can one controller run more than one printhead?+
Many industrial TIJ platforms support multiple printheads for wider or taller print areas, different product faces or separate line positions. Controller capability must be checked.