- Testing Types
- USP ⟨661.2⟩ Plastic Packaging Systems for Pharmaceutical Use Testing
Terms and Conditions
Sample Submission Form
Overview
USP ⟨661.2⟩ establishes the testing framework for evaluating finished plastic packaging systems intended for pharmaceutical use. Unlike USP ⟨661.1⟩, which focuses on individual plastic materials, USP ⟨661.2⟩ assesses the complete packaging system to determine its suitability for protecting pharmaceutical products throughout their intended use. PLS Analytical performs these studies to help manufacturers qualify packaging systems with confidence.
PLS Analytical performs USP ⟨661.2⟩ testing to evaluate the physicochemical characteristics, biological reactivity, extractables profile, and compatibility of finished plastic packaging systems. The resulting data supports packaging qualification, product development, risk assessments, and regulatory submissions by demonstrating that packaging systems are suitable for their intended pharmaceutical application.
The performance of a finished packaging system depends not only on its individual materials but also on how those components function together. Manufacturing processes, additives, and system assembly can influence packaging performance and introduce compatibility or extractables-related risks that may affect product integrity.
PLS Analytical delivers USP ⟨661.2⟩ testing aligned with compendial requirements, helping manufacturers strengthen packaging qualification strategies, support USP ⟨1663⟩ and USP ⟨1664⟩ studies, and generate reliable data for regulatory submissions and long-term product quality.
Testing Services
PLS Analytical performs USP ⟨661.2⟩ testing to support packaging qualification, extractables assessments, compatibility studies, regulatory submissions, and lifecycle management programs.
Physicochemical Characterization
Physicochemical Characterization
Physicochemical characterization evaluates the fundamental properties of finished pharmaceutical packaging systems. Scientifically robust data supports packaging qualification, product development, quality assessments, and regulatory submissions through physicochemical testing, Total Organic Carbon (TOC) analysis, and extractable organic content evaluation.
Biological Reactivity Assessment
Biological Reactivity Assessment
Biological reactivity assessment evaluates the biological characteristics of finished packaging systems intended for pharmaceutical applications. Scientifically robust data supports packaging safety assessments, packaging qualification, parenteral applications, high-risk dosage forms, and regulatory submissions.
Extractables Evaluation
Extractables Evaluation
Extractables evaluation characterizes substances that may migrate from pharmaceutical packaging systems under controlled extraction conditions. Scientifically robust data supports packaging qualification, product development, extractables and leachables strategies, risk assessments, and regulatory submissions.
Packaging System Qualification & Compatibility Support
Packaging System Qualification & Compatibility Support
Packaging system qualification and compatibility support evaluates the suitability of pharmaceutical packaging systems for their intended application. Scientifically robust data supports packaging qualification, compatibility assessments, packaging changes, supplier transitions, new product development, and lifecycle management.
Advantages
USP ⟨661.2⟩ testing generates the data required to demonstrate that packaging systems are suitable for pharmaceutical use and compatible with product quality objectives.
Improved Packaging System Understanding
Provides insight into how finished packaging systems behave under pharmaceutical use conditions.
Early Identification of Extractables Risk
Detects packaging-derived substances before they become stability, compatibility, or regulatory concerns.
Stronger Regulatory Readiness
Generates scientifically defensible data aligned with USP packaging qualification expectations and extractables assessment strategies.
