BioMérieux EMAG Automated Nucleic Acid Extraction System for Clinical Samples

The BioMérieux EMAG Nucleic Acid Extraction System is a fully automated platform designed for *total nucleic acid purification* from diverse clinical specimens, critical in molecular diagnostics and biotechnological workflows such as *molecular cloning* and *synthetic biology.* This system features:

• Dual independent sections allowing simultaneous processing of 24 samples each, for up to 48 reactions per run.
• Compatibility with *various input/output tubes* and clinical matrices, enhancing flexibility for diverse sample types encountered in clinical diagnostics and bioprocessing.
• Sample volumes ranging from 10 µL to 1000 µL with elution volumes adjustable between 25 µL to 200 µL in 5 µL increments, supporting precision in downstream applications.
• Average run time of 98 minutes for 48 samples, optimizing laboratory throughput with minimal hands-on time via a single standardized workflow.
• Equipped with a UV lamp for decontamination and a HEPA filter ensuring contamination control crucial for sensitive nucleic acid workflows in biotechnology and clinical research.
• Full CE marking compliant with IVD regulation 2017/746, ensuring regulatory compliance for in vitro diagnostic use.
• Includes integrated LIS connectivity for seamless data management and traceability, essential in clinical laboratory environments.
• Comes complete with a PC interface, 1000 µL pipette tips, and waste management accessories for immediate operational readiness.

This system is widely used in molecular diagnostics, clinical microbiology, and biopharmaceutical production pipelines, making it essential for laboratories engaged in gene editing, molecular cloning, and nucleic acid-based bioprocessing applications. Its automation and high-throughput capacity render it popular among researchers focusing on *live-cell imaging*, *fluorescence analysis,* and *biomedical engineering* by delivering consistent nucleic acid extraction crucial for downstream molecular analyses.