Lynn Zhang, Senior Technical Specialist, EAG Laboratories presented “Reduction of Particulate Matter on Medical Devices” at Medical Design & Manufacturing (MD&M) West
Regulatory agencies continue to be more stringent on evaluating impact of particulate matter on medical devices. Particles present unintentionally are considered particulate matter and on medical devices (e.g. implantable) may pose potential risks to patients in contact. The quantity, size and shape of particulate matter, along with the chemical composition of the particles all contribute to the risk level. The source of particulate matter may include raw materials, manufacturing components, packaging processes, and contamination. EAG Laboratories can provide data on the quantity, size and chemical characterization of particulate matter, and propose solutions to reduce particle matter.
25th May 2023
Eurofins EAG Laboratories tackled the problem of quantification of both major and minor elements in nonuniform, multi-element matrices with continuously graded composition changes using Point-by-point CORrected-SIMS.
EAG performs contaminant investigations and impurity identification across major dosage forms and delivery systems, such as unit dose vials.
The GC-MS method offers a simple, reliable, and accurate approach for analyzing the composition of lithium-ion battery electrolytes and ensuring quality control.
7th June 2018
Pernicka Corporation, a leader in internal gas composition analysis (RGA) for aerospace/defense was acquired by EAG Laboratories.
The chemical composition of all kinds of glass defects can be determined by SEM combined with EDS, XRF, Auger, and RGA.
Battery Raw Materials Analysis Battery manufacturing is a meticulous process where the integrity and performance of the final product hinge on the purity of its raw materials. Contaminants, even in
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