Packaging Services: Design, Validation, Quality & Compliance
Packaging Services: Design, Validation, Quality & Compliance
Technical knowledge guides covering the packaging engineering disciplines that determine whether your packaging performs — from structural design through process qualification, quality testing, and regulatory compliance.
From Concept to Compliant
A packaging line that runs reliably, produces consistent quality, and meets regulatory requirements is the product of disciplined engineering at every stage — not luck. Packaging design decisions made at the brief stage determine 70–80% of total cost. Process validation provides the documented evidence that quality is built in, not tested in. Quality testing converts process assumptions into measured facts. And regulatory compliance ensures your packaging meets the legal requirements of every market you serve. This section covers each of these disciplines in depth.
Packaging Design Guide
Structural packaging design process — design briefs, format selection, CAD modelling, Design for Manufacturability (DfM), and sustainable packaging design under EU PPWR.
Read guide →Validation & Qualification
IQ, OQ, PQ methodology for packaging lines — process parameter determination, acceptance criteria, statistical sampling, and revalidation triggers for sealing and forming processes.
Read guide →Quality & Testing Methods
Seal strength testing (ASTM F88), package integrity methods (vacuum decay, dye penetration, bubble emission), and distribution simulation (ASTM D4169) — method selection and application.
Read guide →Regulatory & Compliance
EU PPWR recyclability requirements, food contact Regulation 10/2011, plastic packaging taxes (UK, EU), and what they mean for packaging design and material selection decisions.
Read guide →Also: Packaging Materials & Tooling
The services guides above work alongside our Packaging Materials hub (films, laminates, barrier substrates) and Packaging Tooling hub (sealing dies, forming tools, format parts) to provide complete coverage of packaging engineering knowledge — from material selection through tool design, process qualification, and regulatory compliance.