The Future of Urinalysis is Fully Automated
Modularity and excellence
Scale your laboratory’s workflow, streamline data management, and deliver unparalleled clinical insights with the modular Sysmex UN-Series.
The Power of Fluorescence Flow Cytometry
At the heart of the UN-Series is Sysmex's proven fluorescence flow cytometry technology. The system utilises a blue semiconductor laser (488nm) paired with hydrodynamic focusing to interrogate urine particles with incredible precision.
Sysmex UC-3500
High-Speed Chemistry
Experience fast and highly accurate automated urine chemistry testing[cite: 846, 879]. The UC-3500 processes up to 276 samples per hour. It intelligently distinguishes between red blood cells and free haemoglobin, and allows you to test for both microalbumin and creatinine simultaneously on a single Meditape UC-11A strip.
Sysmex UF-Series
Fluorescence Flow Cytometry
The core of your particle analysis utilises advanced fluorescence flow cytometry with a blue semiconductor laser for superior bacteria detection. The high-volume UF-5000 processes up to 105 urine samples per hour with an integrated body fluid mode. The UF-1500 delivers the exact same proven technology in a 30% smaller footprint for up to 60 samples per hour.
Sysmex UD-10
Automated Digital Imaging
Ditch the manual microscope. The UD-10 provides a detailed view of urine particles using a stage scanning method. To optimise your workflow, it only performs final image classification on particles that explicitly require morphological investigation, saving your laboratory immense time.
Empowering Clinical Decision Making
UTI Triage
Ease the burden on your laboratory by ruling out Urinary Tract Infection (UTI) negative samples in less than a minute. The system highlights suspicious samples and uses the BACT Info flag to provide morphological data on detected bacterial cells.
Chronic Kidney Disease
Support the early detection of Chronic Kidney Disease (CKD). By combining advanced particle analysis with UC-3500 chemistry testing for albumin and creatinine, you can detect albuminuria at a reversible stage to improve patient care.
Malignancy Indicators
Utilise the potential of the 'Atyp.C' research parameter. This allows the detection of urinary atypical cells by fluorescence flow cytometry, acting as a potential indicator of a urothelial malignancy.
