Rework Control and Traceability Procedure

It covers the full path for internal scrap or non-conforming material from identification through segregation, labeling, eligibility review, approval, batch preparation, reincorporation, and traceability closure. The template is built for same-composition rework only, so it helps prevent unintended material substitution. It also includes an escalation path when the material cannot be safely or compliantly reworked.

Use it whenever rework could affect product identity, composition, lot genealogy, or release status. It is especially useful when operators routinely collect scrap for later reuse and need a consistent approval trail. Ad-hoc handling is risky because it often loses batch identity, skips verification, or mixes incompatible material.

The operator usually starts the process by identifying and segregating the material, while the quality technician verifies eligibility and traceability details. The supervisor approves the disposition and escalates any non-conformance that cannot be resolved within the procedure. In regulated environments, a competent person or quality authority may need to sign off before reincorporation.

It is used each time internal scrap or rework is created and considered for reuse, not on a fixed calendar cadence. Some sites also review the procedure periodically during quality audits, shift handovers, or production reviews. If rework is frequent, the template can be adapted into a daily or per-lot control record.

The template supports ISO 9001 documented information expectations by preserving identification, approval, and traceability records. It also fits quality systems that require control of non-conforming output and disposition decisions, and it can be adapted for GMP, HACCP, or other controlled-material programs. If the material is hazardous or process-critical, add permit-to-work, PPE, and escalation rules that match site safety requirements.

The biggest failures are mixing rework with good stock, skipping same-composition verification, and failing to record the original lot or scrap source. Teams also often forget to define who can approve the disposition or what happens when the material does not meet tolerance. This template forces those decisions into named steps so the traceability chain stays intact.

Yes, and it should be. Add the exact material codes, allowable deviation limits, labeling format, storage location, and rework ratio rules for each product family or line. You can also tailor the verification fields for batch number, heat number, work order, or other identifiers used in your operation.

It can be used as the process backbone for ERP, MES, QMS, or barcode-based traceability workflows. The key is to map each step to the system record that captures status changes, approvals, and batch genealogy. If you use digital forms, make sure the template fields match the data your systems already require.

First define which materials qualify as same-composition rework and which must be scrapped or quarantined. Then train operators, quality staff, and supervisors on the labeling, verification, and escalation rules, and test the workflow on a small number of lots. A short pilot helps catch missing fields, unclear approval authority, and traceability gaps before full deployment.