A. Standalone TIJ Coding
For local high-resolution coding with controlled product movement.
- TIJ controller, cartridge and printhead
- Sensor and mounting hardware
- Local job and message controls
High-resolution industrial coding
Thermal Inkjet Printer for Cartons, Labels and Packaging
Configure a VORANIX TIJ system around print height, resolution, throw distance, ink compatibility, line control and the required code-verification level.
Best fitHigh-resolution coding on controlled surfaces
Code typesText, barcodes, QR codes and DataMatrix
Engineering gateInk, throw distance and speed test required
Application fit
Control the gap, ink and print requirement
TIJ is considered when the application needs compact, high-resolution printing and the product can pass the printhead with a controlled distance. Substrate porosity, ink chemistry, print height, resolution, line speed and head mounting determine the practical result.
- Carton, label and selected packaging applications requiring detailed variable data
- Compact installations with controlled product presentation and printhead distance
- Applications that may add barcode or 2D code reading after print
Selection limits to resolve
- Ink and substrate compatibility must be demonstrated, especially on non-porous or coated surfaces.
- Resolution and maximum speed must be published together with the conditions used.
- Product movement, vibration and throw-distance variation can reduce print quality.
Three scalable system levels
Choose equipment as part of the required solution
These are provisional architectures. Final components and boundaries depend on engineering discovery and verified technical data.
B. TIJ + Code Reading
For checking printed barcode, QR or DataMatrix content.
- TIJ print station
- Reader or vision camera with lighting
- Result, alarm or reject interface
C. TIJ + Variable Data Workflow
For job-controlled or serialized printing with records.
- Data source and print job control
- Code reading and result capture
- Production data interface after protocol review
Technical parameters
Specification fields required before publication
No verified model datasheet was found. Numeric values are intentionally not guessed.
| Field | Current status | Required source |
|---|---|---|
| Model | Not supplied | Verified datasheet, model label or engineering record required |
| Printhead and Cartridge Type | Not supplied | Verified datasheet, model label or engineering record required |
| Maximum Print Height | Not supplied | Verified datasheet, model label or engineering record required |
| Resolution | Not supplied | Verified datasheet, model label or engineering record required |
| Maximum Speed and Test Conditions | Not supplied | Verified datasheet, model label or engineering record required |
| Throw Distance | Not supplied | Verified datasheet, model label or engineering record required |
| Ink Compatibility | Not supplied | Verified datasheet, model label or engineering record required |
| Controller | Not supplied | Verified datasheet, model label or engineering record required |
| Display | Not supplied | Verified datasheet, model label or engineering record required |
| Communication | Not supplied | Verified datasheet, model label or engineering record required |
| IP Rating | Not supplied | Verified datasheet, model label or engineering record required |
| Power | Not supplied | Verified datasheet, model label or engineering record required |
| Dimensions and Weight | Not supplied | Verified datasheet, model label or engineering record required |
| Applicable Materials | Not supplied | Verified datasheet, model label or engineering record required |
| Optional Functions | Not supplied | Verified datasheet, model label or engineering record required |
Material screening
Materials to evaluate
- Corrugated cartons
- Labels
- Paperboard packaging
- Selected films and coated surfaces
- Selected plastics after ink test
Production tasks
Typical application directions
- Carton coding
- Barcode and QR printing
- DataMatrix printing
- Label variable data
- Packaging date and lot coding
Available visual evidence
Sample results and evidence status
Images are presented as application-screening evidence only. They do not establish production speed, durability, verification grade or compliance.
Verified product sample required
Good / marginal / fail set required
Before publication, every sample needs a verified material, machine model, settings, cycle condition, acceptance method and permission status.
Selection guide
Information VORANIX needs to select the system
Define the print area
Provide total print height, message length, resolution and all code types.
Verify the surface
State porosity, coating, color, contamination and required dry time or rub resistance.
Control product motion
Measure speed, spacing, acceleration, vibration and printhead gap variation.
Define inspection
Clarify whether the system checks presence, reads data or grades code quality.
Engineering integration
System boundaries and acceptance
The final TIJ design must confirm cartridge and ink, print height, resolution, speed conditions, throw distance, product guidance, sensor and encoder needs, controller interfaces, inspection criteria, reject timing and operator maintenance.
Case-study evidence is not yet complete
No verified customer, site, model, before/after result or publication permission was found. Add a case study only after those records are supplied.
Review case-study requirementsFrequently asked questions
Thermal Inkjet Printer FAQ
Is TIJ suitable for non-porous materials?
It may be, with a compatible ink and controlled drying conditions. The actual surface must be tested.
Can TIJ print QR and DataMatrix codes?
Potentially, but module size, resolution, speed, ink spread and verification requirements must be tested together.
How close must the printhead be?
The allowed throw distance depends on the verified printhead and cartridge. No numeric value should be published until the datasheet is supplied.
When should I choose CIJ instead?
Consider CIJ when product presentation, surface variation or continuous high-speed non-contact coding makes a compact TIJ installation less suitable. Test both when uncertain.
Request a provisional system concept
Share your product, code and production-line conditions
VORANIX can compare standalone, print-and-verify and traceability options after the key application variables and samples are reviewed.