Waters Halo Labs Aura-BMI Particle Analyzer for Subvisible Particle Imaging and Quantitation

The Waters Halo Labs Aura-BMI Particle Analyzer utilizes advanced Backgrounded Membrane Imaging (BMI) technology for high-throughput subvisible particle analysis in biological formulations. This instrument enables precise, label-free detection and characterization of particles ≥1 µm with an imaging resolution of 1.0 pixel/µm. It supports rapid analysis using a 96-well filter membrane plate format, delivering throughput rates of approximately 1 minute per sample, facilitating efficient workflows in biopharmaceutical research, molecular diagnostics, and gene therapy studies.

Key technical specifications include:

The device is optimized for optical particle imaging in biotechnology applications, including bioprocessing, biopharmaceutical production pipelines, and synthetic biology workflows that require precise quantitation of subvisible particles without staining. It is especially critical for ensuring product quality in molecular cloning and gene therapy research by enabling robust particle characterization.

Note: The instrument is sold without software; licensing must be procured separately. Usage requires compatible software for operational control and data analysis.

This high-throughput particle analyzer benefits laboratories specializing in clinical diagnostics, biomedical engineering, and cell therapy, offering reliable detection of particulate contaminants, protein aggregates, and extrinsic materials. Its rapid and non-destructive imaging fosters streamlined particle analysis, essential for molecular diagnostics workflows and quality control in biomanufacturing environments.

Keywords: Backgrounded Membrane Imaging particle analyzer, subvisible particle detection, biologics particle quantitation, 96-well plate particle analysis, biopharmaceutical particle characterization, gene therapy particle analysis, molecular diagnostics instrument, biotechnology particle analyzer.