INSIGHTS ON QUALITY CONTROL
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Mitigating Risks In Sterile Injectable Manufacturing: How CMOs Can Ensure Product Safety
Sterile injectable manufacturing carries high risks. CMOs like Afton Scientific use rigorous quality systems, audits, and training to ensure patient safety, compliance, and product integrity.
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Expanding Capabilities In QC Analyses With Advanced LC Detection
Today's quality control (QC) labs need instruments that can accurately take on a wide range of tasks. Discover a system that allows QC labs to enhance their capabilities and achieve various goals.
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Comparative Study On Secondary Contamination Risk
Accurate testing results are crucial for product safety. Explore the findings of a comparative study evaluating two different platforms for the membrane filtration of microorganisms in quality control.
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Data Integrity In The Quality Control Lab: No Pen, No Pain
Data integrity in pharmaceutical QC labs is critical for product safety. This webinar explores digital solutions to improve traceability, reduce paperwork, and enhance workflows.
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Improved GLP-1 Receptor Agonist Peptide Recovery6/30/2025
Discover how an innovative technology enhances LC-MS analysis of GLP-1 receptor agonists by minimizing peptide loss and improving assay sensitivity and consistency.
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Improving Bioprocess Monitoring And Control With Multivariate Data Analysis12/9/2024
Learn about multivariate data analysis (MVDA) techniques, like PCA and PLS, that enable near real-time monitoring, prediction, and optimization of biomanufacturing processes.
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The Problem With Construction Quality10/21/2024
Data center construction quality management is inadequate, with issues traced to human error. A stronger focus on quality control and assurance is needed for success.
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Accelerate Your R&D And QC With These 3 Key Analysis Methods5/4/2024
Learn about three key thermal analysis methods for fast and effective characterization and quality control: differential scanning calorimetry, thermogravimetric analysis, and sorption analysis.
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Data Intelligence Requires An Intelligent, Data-Driven Approach To Digital Transformation5/9/2024
An intelligent and data-driven digital transformation is the key to data intelligence. Discover how in 5 simple steps.
QUALITY CONTROL SOLUTIONS
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Discover how microbial testing services can streamline QC workflows, ensure regulatory compliance, and reduce resource strain with tailored equipment and expert support.
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For use in pharmaceutical, chemical, biological, and toxicological laboratory settings. Specifically designed to provide maximum containment for balance applications. The opening of the enclosure has uniquely designed acrylic airfoils that allow a smooth turbulence-free airflow that prevents balance fluctuation. Weigh down to 5 places without fluctuations or loss of product. The work surface is black for easy powder detection, constructed of tough, chemically resistant phenolic resin, and has a dished bottom for containing spills. Enclosures feature an ergonomic, energy efficient design with angled front for worker comfort.
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This intuitive and reliable HPLC system supports First Time Quality (FTQ) by reducing the risk of common errors and improving the accuracy of analytical measurements.
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As the only major supplier worldwide, we offer all three media to test for Mycoplasma according to EP 2.6.7 and USP 63 as both broth and agar plates. These ready-to-use Friis, Frey, and Hayflick culture media help to make the cumbersome compendial procedures of testing cell cultures, raw materials, intermediates, and final products for mycoplasmas easier.
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Combination Powder and Fume Hood with HEPA filtration and house exhaust connection designed to process liquid and powder substances. Fume Hood designed to house stir plate and analytical balance. It features cup sink; air, water, and gas fittings; and alarm for monitoring and maintaining recommended face velocity of 75 LFPM. Fume and Powder Hoods separated by sliding door to eliminate cross-contamination during processing. Powder Hood uses front airfoils and rear plenums to maintain laminar airflow across the work surface, which is vented through a HEPA filtration system to house exhaust.