Dyed Microspheres

Fluorescent microsphere reagents for lateral flow immunoassay signal generation and fluorescence-based diagnostic testing.

Magnetic microspheres engineered for use in diagnostic assays and nucleic acid isolation procedures. Enable efficient separation and recovery of biological materials in medical device applications.

Polystyrene microspheres produced through emulsion polymerization with controlled sizing. Utilized as diagnostic reagent components in immunoassay and biomedical testing applications.

Silica-based microspheres designed for diagnostic and analytical applications in medical device and life science research. Manufactured to precise specifications for consistent performance in laboratory and clinical settings.

Polymer microspheres available in diameters ranging from 20nm to 90µm with excellent size uniformity. These microspheres serve as a flexible platform for diagnostic and bioseparation applications in medical device development.

Chemiluminescent magnetic beads are functional microspheres designed for immunoassays and biomarker detection in clinical diagnostics. These beads combine magnetic properties for easy separation with chemiluminescent labels for sensitive signal generation, enabling rapid in vitro diagnostic testing. Suitable for automated analyzer integration and multiplexed assay development.

Customized microsphere products tailored to specific diagnostic assay and medical device requirements. Designed to support development of new diagnostic instruments and assays for clinical applications.

Dual-color fluorescent microparticles for multiplex diagnostic and research applications. Enable simultaneous detection of multiple parameters in clinical assays.

Microarray-based diagnostic platforms for comprehensive multi-analyte testing in clinical and research applications.

Personalized polymer particles used in diagnostic systems to amplify antigen-antibody reactions. Suitable for various applications including photonic crystals, colloidal models, and calibration and verification processes.

Molecular Diagnostic Systems enable rapid detection and identification of pathogens and genetic markers through molecular testing methods. These systems are used in clinical laboratories, hospitals, and research facilities for disease diagnosis, monitoring, and epidemiological surveillance. The platform integrates reagents, instruments, and software for streamlined molecular analysis workflows.

Integrated microfluidic platforms for molecular-level disease detection and pathogen identification. Combines sample preparation, amplification, and detection in a single miniaturized device for clinical diagnostics.