DiaLine Excellence

AVE 766 + 754 Fully Automated Urine Analysis Workflow Line

REFERENCE ID: E432F6673H1

This Automated Integrated Urine Analyzer is a high-performance clinical diagnostic workstation combining 14-parameter dry chemistry, physical properties, and AI-driven morphological sediment microscopy.

Brand AVE

Availability By Request

Detailed Information

Product Overview

This Automated Integrated Urine Analyzer Workstation is a cutting-edge clinical system designed to perform high-precision physical, chemical, and morphological sediment analyses on urine specimens. Utilizing non-contact dry chemistry colorimetry and AI-powered machine vision sediment microscopy on a single platform, it automatically identifies, classifies, and quantifies formed elements while reporting calculated ratios such as ACR to assist in early-stage renal and metabolic diagnostics.

Highlights & Key Advantages

Comprehensive Multi-System Profiling: Seamlessly evaluates 5 physical indicators (color, turbidity, specific gravity, conductivity, osmolality), 14 dry chemistry parameters (including mALB, CR, and Ca), and automated morphological sediment microscopy on a single, unified workstation.
AI-Powered Machine Vision Microscopy: Automates sediment examination using advanced artificial intelligence (AI) and machine vision, achieving high precision and reliability in identifying, classifying, and quantifying cells, casts, and crystals.
Detailed RBC Morphology Phase Analysis: Automatically performs red blood cell sub-classification, providing abnormal RBC ratios, high-resolution histograms, and scatter plots to support kidney disease diagnosis and pinpoint hematuria origin (glomerular vs. non-glomerular).
Urinary Tract Infection (UTI) Screening: Co-evaluates leukocyte esterase and nitrites with quantitative WBC and bacterial morphological counting to guide rapid UTI treatment, assessment, and urine culture screening.
Kidney Concentration Function Assessment: Automatic measurement of conductivity and osmolality provides critical clinical reference data for evaluating renal concentration/dilution disorders and diabetes insipidus.
Closed Biosafety Design: Features a fully enclosed urine collection system with vacuum closed-cap piercing to prevent aerosol transmission and cross-contamination, ensuring maximum safety.
Integrated Quality Control: Integrates manufacturer-calibrated specific controls, proprietary reagents, and an AAA traceability system for laboratory accreditation compliance.

Testing Parameters Detected

• Physical Analysis (5 Parameters):
Urine color, turbidity, specific gravity, conductivity, and osmolality.

• Dry Chemistry (14 Parameters):
Blood, White blood cells, Specific gravity, pH, Glucose, Protein, Nitrites, Ketones, Urobilinogen, Bilirubin, Ascorbic acid, Microalbumin, Creatinine, and Calcium. Reports the clinical Urine Microalbumin-to-Creatinine Ratio (ACR).

• Morphological Analysis (Sediment):
Standardized classification and automated recognition of Red blood cells (with automatic RBC sub-classification, abnormal RBC ratios, histograms, and scatter plots), White blood cells, Epithelial cells, Casts, and Crystals.

Technical Work Principles

Formed Elements Analysis (Machine Vision): Employs advanced artificial intelligence (AI) and machine vision technology to automatically focus, capture, and categorize urinary sediment structures, reducing manual review workloads and enhancing diagnostic accuracy.
Dry Chemistry Detection: Evaluates biochemical analytes based on colorimetric reflectance photometry, ensuring precise quantification of chemical components.

Working Procedure

Refer to the standard automated laboratory workflow diagram below for sample handling, tracking, and microscopic imaging steps:

Figure: Standard Automated Working Procedure

Recommended For

Hospitals, High-Volume Clinical Laboratories, Private Laboratories, Nephrology Clinics, Diagnostic Centers

Brands

Navigation