In-line coding and traceability
Every item uniquely identified and verified, right from the source
POSsible Encode automates the coding and validation of your products, making sure every item is uniquely and reliably identified from the source — the essential foundation for traceability and high-accuracy inventory.
What it solves
POSsible Encode
Printing a code does not guarantee traceability; verifying it does. POSsible Encode integrates printing and reading on the same line: it generates the data, marks it onto the product or its packaging, reads it with high-speed industrial cameras and automatically discards whatever fails. Everything is recorded, batch by batch, audit-ready.
- Automatic coding with variable data: date, batch, expiry and serial.
- In-line verification of every printed code, without slowing production.
- Automatic rejection of unreadable, duplicated or out-of-spec codes.
- Reading with high-speed industrial cameras over conveyor belts.
- Complete record per batch as evidence for traceability and audits.
- Compatible with CIJ, TIJ, TTO and laser marking technologies.
Rollout
How we put it live
A short, bounded process: assessment, configuration and hands-on support at go-live.
We analyse the line
Speed, substrate, required code type and marking point.
We integrate marking and reading
Printer or marker plus an industrial camera for in-line verification.
You produce with evidence
Every item verified, every rejection logged, every batch documented.
Specifications
Solution details
| Symbologies | DataMatrix, GS1, linear codes and variable data |
|---|---|
| Marking | CIJ and TIJ inkjet, thermal transfer TTO, laser, automatic labelling |
| Verification | High-speed industrial cameras for lines and conveyor belts |
| Records | Batch traceability with verification and rejection evidence |
Applications
Where it is used
POSsible Encode runs in operations of many sizes and sectors. These are the most common scenarios:
Works well with
Other products in the ecosystem
Every product works on its own. Integrated, they share data and multiply the result.
