REGULATED PACKAGING LINE GUIDE
Qualification is a documented lifecycle, not a set of generic certificates added at delivery. The most reliable projects define user requirements, evidence ownership, protocols and change control before detailed design begins.
ANSWER FIRST
IQ, OQ and PQ should be planned from the user's quality system and User Requirement Specification before the machinery is ordered. Installation Qualification checks the agreed installation evidence, Operational Qualification challenges operation across defined conditions, and Performance Qualification demonstrates consistent performance in the user's real process. The scope, protocols, approval roles and evidence ownership must be agreed for the particular regulated application.
Not every packaging line needs the same qualification package. The manufacturer or licence holder remains responsible for deciding what is required under its quality system and applicable regulation. Supplier documentation can support that work, but it does not transfer the user's validation responsibility.
| Stage | Purpose | Packaging-line examples |
|---|---|---|
| URS | Define what the user requires and how success will be judged | Products, formats, accepted output, quality checks, data, access, cleaning, utilities and documentation |
| Design review or DQ | Confirm the proposed design addresses the approved requirements | Traceability matrix, drawings, component choices, interfaces, risk controls and document plan |
| IQ | Confirm installation and documented configuration | Equipment identity, drawings, utilities, instruments, software versions, manuals and calibration status |
| OQ | Challenge operation within defined ranges and fault conditions | Recipes, alarms, interlocks, rejects, controls, operating limits and recovery |
| PQ | Demonstrate consistent performance in routine user conditions | Approved products, operators, materials, procedures, sampling and production records |
A factory acceptance test can provide useful evidence before shipment, and a site acceptance test can confirm the installed system against the commercial acceptance scope. Qualification protocols may reuse appropriate evidence, but only when the user's approved quality system permits it and the protocol establishes traceability, prerequisites, responsibilities, deviations and approvals. A commercial demonstration is not automatically a regulated qualification exercise.
BUYER AND QUALITY QUESTIONS
The regulated user should own and approve the URS because it expresses the intended use, quality requirements and acceptance needs within the user's quality system. A machinery supplier can challenge unclear requirements and provide technical input, but should not invent the user's compliance obligations or approve them on the user's behalf.
The agreed scope may include design information, equipment lists, drawings, manuals, software and recipe records, calibration evidence, FAT or SAT protocols, traceability matrices and draft IQ/OQ documents. The exact deliverables, review cycles, languages, formats and approval responsibilities should be stated in the quotation.
Define the intended use, user access, recipe control, alarms, audit or event records, backups, restore testing, time synchronisation, interfaces and change control that matter to the application. The user's quality and data-integrity requirements determine the depth of assessment; the presence of a PLC or HMI alone does not establish compliance.
Requalification or targeted verification may be required after changes that can affect the qualified state, such as new formats, control-software changes, replacement of critical components, relocation or changes to inspection and reject logic. The user should define risk-based change-control and requalification rules before routine modifications begin.
Provide representative products, containers, closures, labels, coding data, operating ranges, cleaning conditions and quality criteria. If qualification will cover more than one format or product family, the rationale for the selected challenge conditions should come from the user's approved risk assessment.
State the documents, protocol authorship, number of review cycles, test location, execution support, instruments, data format, deviation handling, travel, site prerequisites and approval boundary. Without that definition, two apparently similar quotations may contain very different levels of validation support.
Send the product and pack formats, target output, available footprint, existing machinery, site requirements and the evidence expected at acceptance. Lancing can then assess the project boundary, required trials and the most appropriate next engineering step.
These sources support the general planning context. The final specification, risk assessment, quality-system decision and legal responsibilities remain project-specific.