THE PROBLEM

When a customer asks, the clock starts

A traceability request rarely arrives at a convenient moment. A customer has a problem with a batch, and you have hours — sometimes less — to establish what went into it, which machine ran it, under what conditions, and what else shares that history. If the answer lives in paper travellers, shift books and spreadsheets, that becomes a search rather than a query. Meanwhile an IATF audit asks the same question in a calmer voice but expects the same answer. Traceability built after the fact is always slower and less complete than traceability captured as you run.

What the system captures

Every unit carries its own history, recorded automatically as it is produced.

Unit-level identity

Every spool, batch or unit gets its own record from the moment production starts, so there is a single thing to ask questions about rather than a date range to search.

Process parameters attached

The conditions each unit was actually produced under — speeds, temperatures, setpoints, measured values — are recorded against it, not just against the shift.

Forward and backward genealogy

Trace forward from an input to everything it became, or backward from a finished unit to everything that went into it, across every process stage.

Quality results in the same record

Measurements and specification checks are written against the unit as they happen, so the quality record is built during production rather than assembled afterwards.

Machine and operator context

Which machine, which shift, which settings were in force — the context you need when the question is "what was different about this one?"

Answers in seconds

A query against the database returns the full history immediately, in a form you can export and send to the customer or hand to an auditor.

How it works

1

Identity is created at the source

As production starts, the system creates the unit record automatically from the machine data — no operator has to remember to write anything down.

2

Parameters are recorded continuously

The acquisition layer writes process values against that unit throughout its production, at the sampling rate the process needs.

3

Links are built between stages

As material moves from one process stage to the next, the system records the relationship, building the genealogy chain as production happens.

4

The record is queryable immediately

Nothing needs consolidating overnight. The history is available the moment it is written, for operators, quality staff and auditors alike.

Technical detail

Unit records and their process history are held in a relational database on your own server, structured so that both forward and backward genealogy queries stay fast as the dataset grows. Data is written by the acquisition layer independently of the web application, so traceability capture continues even while the MES is being updated. Retention, archiving and export formats are configured to your customers' and auditors' requirements.

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