Corrugated packaging / solution example

Follow the material. Find where the yield disappears.

Trace paper through rolls, runs, batches, and converting jobs to understand where yield is lost.

Corrugator waste & traceability
Corrugator waste & traceability - illustrative connected workflowMATERIAL BALANCE / ILLUSTRATIVE TONNESPaper in100 tCorrugating92.5 t onwardConverting87 t output7.5 t loss5.5 t lossFOLLOW THE GENEALOGYRollRunSheet batchJob
Illustrative workflow and data. The implementation follows your business rules.
The business problem

Waste is more useful when it has a stage, a material, and a history.

A total waste percentage cannot show which loss occurred at the corrugator, which emerged in converting, or which material links are reliable. Connect the physical flow to measured losses and the evidence behind an investigation.

01

Reconcile the material flow

Trace consumed paper through corrugating and converting into finished output and classified loss streams.

02

Follow the genealogy

Link rolls, use intervals, production runs, sheet batches, and converting jobs while retaining coverage gaps.

03

Investigate the drivers

Compare supplier, grade, machine, and shift groups alongside moisture and other material measurements.

The workflow in practice

Where the paper goes.

A complete material balance makes each stage visible: trim, startup waste, damaged rolls, and converting scrap. Compare the same material basis across the factory, then translate the losses into cost.

Illustrative material balance: 100 tonnes less 4, 2, 1.5, and 5.5 tonnes of loss leaves 87 tonnes.WHERE 100 TONNES OF PAPER GOILLUSTRATIVE / tonnes060120100Incoming-4Corrugatortrim-2Startupwaste-1.5Damagedrolls-5.5Convertingscrap87Good output
Illustrative workflow and quantities, not customer results. On smaller screens, scroll the diagram to inspect the detail.

Then follow the material history.

Connect a rejected order to its runs, sheet batches, rolls, and mill evidence.

Material lineage links mill batch, roll, corrugator run, sheet batch, converting job, and rejected order.TRACE A REJECTED ORDER BACK TO THE MATERIAL.Mill batchMB-118Paper rollR-4471CorrugatorCR-2093Sheet batchSB-552ConvertingCV-310Order88217RejectedTrace upstream to source evidenceIdentifiers retain the link across different systems.
From source records to a decision

A decision you can trace.

Of 100 tonnes consumed, 4 tonnes of corrugator trim, 2 of startup waste, 1.5 of damaged rolls, and 5.5 of converting scrap leave 87 tonnes of finished output.

Mass balance

100 t in - 4 - 2 - 1.5 - 5.5 t = 87 t output

Traceability

Roll -> run -> sheet batch -> converting job

Investigation

Compare matched material and operating conditions

Illustrative scenario, not measured customer results.
A useful role for an agent
Which losses are concentrated in this paper grade and production stage?

An agent can assemble the scoped material history and loss evidence, explain missing links, and compare relevant cohorts. A statistical association is not automatically a root cause.

Keep the decision with the right person.

The operations team validates the evidence before choosing a material or process intervention.

Designed around your business

Your data.
Your rules.
A connected system.

Capture the requirements and definitions in project context. Connect the relevant records. Use agents to develop the interfaces, calculations, tools, and workflows on managed infrastructure.

Material unitsStage-level loss categoriesReliable genealogy linksComparable cohorts
Explore the platform

Roll and consumption records

Roll identity, grade, use intervals, and quantities

Production and waste

Runs, sheet batches, converting jobs, and loss categories

Material quality

Moisture, strength, basis weight, and sample context

Applications, APIs, data, and agents on Vortexify.
Useful things to trackMaterial yieldWaste by stageTraceability coverage
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