QT9 connects quality data with manufacturing operations

QT9 Software is extending the connection between quality management and manufacturing operations, bringing QMS, ERP and business intelligence data together so that quality events can be traced into the materials, suppliers, inventory and production activity behind them.

The company will demonstrate the combined environment at PACK EXPO International in Chicago from 18 to 21 October, alongside new ERP capabilities covering rework, contract manufacturing and potency tracking. The wider development connects information that manufacturers often manage through separate quality, production and supply chain systems.

QT9 QMS covers document control, corrective and preventive action, audits, training, inspections, supplier quality and risk management. Its ERP platform manages purchasing, inventory, materials, production, work orders and shop floor activity, while QT9 BI provides analytics and dashboards across those operational and quality records.

Connecting those systems changes how manufacturers can investigate problems because a failed inspection rarely remains confined to the quality department. Material may already have entered inventory, been allocated to a work order or moved into production by the time an issue is confirmed.

Establishing the full exposure requires the manufacturer to know which supplier provided the material, which lots are affected, where those lots are stored and whether any have already been consumed. Separate QMS and ERP records can contain each part of that answer while still forcing employees to reconcile them manually.

A connected environment shortens that path by retaining the relationship between the quality event and the underlying purchasing, inventory and production transactions. The benefit becomes particularly important when a defect affects several lots or work orders and the business has to isolate stock quickly.

Supplier quality sits directly inside that workflow. An incoming inspection failure can alter supplier performance records, place material on hold and reduce the usable inventory available to production planners at the same time.

If those systems are disconnected, the physical stock balance can appear sufficient even when part of that inventory is unavailable for use. Linking quality status with inventory therefore affects production planning as well as compliance reporting.

Traceability becomes equally important after material enters production. A regulated manufacturer may need to establish which raw materials, batches, approvals and work orders were involved in a quality event, then demonstrate what happened to every affected item.

The faster those relationships can be reconstructed, the easier it becomes to contain material before it travels further through production or distribution. An integrated record also gives auditors a clearer route from the original event to the actions taken in response.

QT9’s ERP environment uses what the company describes as a pre-validated architecture and supports electronic approvals aligned with FDA 21 CFR Part 11 requirements. Vendor validation material can reduce some of the documentation burden around implementation, although manufacturers remain responsible for ensuring the system is suitable for their own intended use and regulated processes.

Rework introduces another traceability requirement because material that has already passed through one manufacturing route re-enters an active production process. The original history has to remain intact while additional work, inspections and approvals are recorded against the same item or batch.

QT9’s new Rework Management functionality allows rework orders to begin from returns, existing inventory or work in progress. Keeping those movements inside the ERP record preserves the connection between the original production history, the reason for rework and the activity used to correct the problem.

Contract manufacturing moves part of the process outside the manufacturer’s own facility but does not remove the need for traceability. Materials sent to another company for processing still have to connect with internal purchasing, inventory, quality and production records when responsibility for the final product remains with the original manufacturer.

QT9’s Contract Manufacturing module is intended to manage those outsourced operations inside the same environment. Material leaving internal control can therefore remain connected with the work completed externally and with the product that later returns to inventory.

Potency tracking addresses a different manufacturing problem where the measured strength or concentration of a material varies between lots. The quantity required in production can change according to actual potency, making an ordinary nominal inventory quantity insufficient for planning some regulated batch processes.

Recording potency within the production workflow allows material requirements and batch records to reflect those variations without depending on calculations maintained separately from the core manufacturing system.

QT9 BI then places dashboards across quality, delivery, cost and compliance data. Business intelligence becomes more useful when a metric can be traced back into the underlying transaction or quality record, allowing teams to investigate an unexpected change rather than simply seeing that performance has moved.

Further ERP updates include expanded shop floor tools and integrations with Avalara and ShipStation. Those additions extend the system into tax and shipping workflows while purchasing, materials and inventory remain connected with production activity.

For supply chain teams, the architecture brings together events that are often managed by different departments despite affecting the same flow of goods. A supplier defect can reduce available inventory, a production deviation can delay customer orders and a quality hold can create an immediate purchasing requirement.

Brant Engelhart, chief executive of QT9 Software, said manufacturers experience quality, operations and data as one connected reality rather than as isolated functions. The company’s current platform development reflects that relationship by keeping more of those records within the same operating environment.

PACK EXPO provides the immediate setting for the demonstration, but the underlying issue extends across regulated and quality-sensitive manufacturing. Companies already generate large volumes of supplier, inventory, inspection and production information; the more difficult task is preserving the relationship between those records as material moves through the operation.

QT9’s approach is to retain those connections from purchasing and receipt through inspection, inventory, production and release. If the system performs as intended, a problem identified in one part of the operation can be followed through the supply chain without teams having to reconstruct the sequence manually after the event.