- Testing Types
- USP ⟨661.1⟩ Plastic Materials of Construction Testing
Terms and Conditions
Sample Submission Form
Overview
USP ⟨661.1⟩ establishes the testing requirements for characterizing plastic materials intended for pharmaceutical packaging applications. At PLS Analytical, USP ⟨661.1⟩ studies help manufacturers evaluate the composition, physicochemical properties, and biological characteristics of packaging materials before they are incorporated into finished packaging systems.
PLS Analytical performs USP ⟨661.1⟩ testing to assess the identity, composition, physicochemical performance, biological reactivity, and other critical material attributes of pharmaceutical packaging plastics. These studies support material selection, supplier qualification, packaging development, change control, and regulatory submissions by generating the data required for informed packaging decisions.
The performance of a pharmaceutical packaging system begins with the materials from which it is constructed. Insufficiently characterized plastics can increase the risk of compatibility issues, extractables and leachables, stability concerns, and regulatory challenges during development or commercialization.
PLS Analytical delivers USP ⟨661.1⟩ testing aligned with compendial requirements, helping manufacturers establish a strong scientific foundation for packaging qualification, strengthen material control strategies, and support compliant pharmaceutical packaging programs.
Testing Services
PLS Analytical performs USP ⟨661.1⟩ testing to support material qualification, packaging development, regulatory submissions, supplier evaluations, and lifecycle management activities.
Polymer Identification & Material Characterization
Polymer Identification & Material Characterization
Polymer identification and material characterization evaluate the identity, composition, and fundamental properties of plastic materials used in pharmaceutical packaging. Scientifically robust data supports material qualification, packaging development, supplier evaluation, and informed packaging material selection.
Physicochemical Property Evaluation
Physicochemical Property Evaluation
Physicochemical property evaluation assesses the critical material attributes that influence pharmaceutical packaging performance. Scientifically robust data supports packaging development, material change evaluations, supplier qualification, and quality control programs.
Biological Reactivity & Safety Assessment
Biological Reactivity & Safety Assessment
Biological reactivity and safety assessment evaluate the biological characteristics of packaging materials intended for pharmaceutical applications. Scientifically robust data supports packaging qualification, material safety assessments, high-risk dosage forms, and regulatory submissions.
Additives & Extractables Risk Characterization
Additives & Extractables Risk Characterization
Additives and extractables risk characterization evaluates packaging additives, inorganic constituents, and potential extractable substances associated with pharmaceutical packaging materials. Scientifically robust data supports material screening, packaging qualification, extractables and leachables strategies, and risk assessment.
Advantages
USP ⟨661.1⟩ testing provides the foundational characterization data needed to evaluate plastic materials before they are incorporated into pharmaceutical packaging systems.
Improved Material Understanding
Comprehensive characterization establishes a clear understanding of material composition, performance attributes, and potential safety considerations.
Better Packaging Material Selection
Early-stage testing helps identify suitable materials before packaging system development and qualification activities begin.
Reduced Extractables & Leachables Risk
Material characterization supports risk assessments by identifying additives, extractable substances, and other attributes that may influence future packaging interactions.
Regulatory Compliance
USP ⟨661.1⟩ testing supports pharmaceutical packaging qualification programs by generating material characterization data aligned with USP requirements. The resulting documentation can support NDA, ANDA, IND, OTC, and global regulatory submissions, supplier qualification activities, change control programs, audits, inspections, and ongoing packaging lifecycle management.
