Testing items
Parameters Detected
- All types of Urine Formed Elements are classified and counted
- 11, 12, 14 urine chemistry parameters are measured,depending on various test strips
- Color, turbidity and conductivity are measured as well
Work Principle
- AVE-766: Use automated morphological microscopy technology to capture real images of urine formed elements, and then locate and track, recognize, classify and count them.
- AVE-752: Reflectance Photometer.
Product Features
- One system for both Urine Chemistry Test and Urine Formed Elements Test
- Efficient, fast and contamination-free
- Complete and illustrated report, with urine chemistry test results, urine formed elements test results and urine physical parameters, provides meaningful support to clinic diagnosis
- Double microscopes work simultaneously to improve the throughput sharply, perfectly matching that of urine chemistry test
- It is the Fastest Automated Urinalysis System in the world up to now.
Physical Analysis
- Color
- Turbidity
- Specific gravity
- Conductivity
- Osmotic pressure
Dry Chemistry
- Occult blood
- White blood cells
- Specific gravity
- pH
- Glucose
- Protein
- Nitrite
- Ketone bodies
- Urobilinogen
- Bilirubin
- Ascorbic acid
- Microalbumin
- Creatinine
- Calcium ions
- Can report urine microalbumin/creatinine ratio (ACR)
Morphological Analysis
- Standardized classification and quantitative counting of all formed elements in urine
- Subclassification and automatic identification of:
- Red blood cells
- White blood cells
- Epithelial cells
- Casts
- Crystals
- Provides urinary tract infection information
- Automatic red blood cell subclassification, providing:
- Abnormal red blood cell ratios
- Histograms
- Scatter plots
- Offers reference for clinical diagnosis of kidney diseases and the source of hematuria
Detection Principle
Formed Elements Analysis
- Employs artificial intelligence (AI) and machine vision technology for automated morphological microscopy in urine sample examination.
- Automatically identifies, classifies, and quantifies formed elements with high precision.
- Enhances diagnostic accuracy and efficiency, reducing the need for manual interpretation.
Dry Chemistry Detection
- Detects chemical components in urine through colorimetric analysis, ensuring precise measurement.
- Uses optical photometry to quantify analytes based on color intensity and concentration.
- Supports early detection of urinary tract infections, metabolic disorders, and renal conditions.
Product feature detail diagram
Product Features
AI-Powered Kidney & UTI Screening with Morphological Precision
Comprehensive urine analysis, simultaneously completing 5 physical indicators, 14 dry chemistry parameters, and quantitative detection of formed elements.
Automatic detection of conductivity and osmotic pressure, essential for diagnosing diabetes insipidus and renal concentrating function.
Accurate digital analysis of red blood cell morphology, providing:
- Abnormal RBC ratios
- Variations in size and shape
- Chromaticity curves
- Size-chromaticity scatter plots
- Valuable reference for diagnosing kidney disease and identifying the source of hematuria.
Subclassification of key urine components, including:
- Red blood cells
- White blood cells
- Epithelial cells
- Casts
- Concretions
- Additional diagnostic indicators for clinical use.
Comprehensive analysis of leukocyte esterase, nitrite dry chemistry results, and white blood cell and bacterial morphology, enabling rapid urinary tract infection diagnosis and determining the need for urine culture.
Secure, Sealed Collection System for Clinical Safety
Fully sealed urine specimen collector ensures airtight specimen transport, preventing leakage and hospital environmental contamination.
Closed-cap puncture sampling function minimizes aerosol transmission risks, enhancing biosafety standards.
Precision Diagnostics Powered by AI and Statistical Validation
Negative screening and positioning tracking technology enables full-field scanning at low magnification, ensuring comprehensive analysis.
Target localization and tracking at high magnification allow for precise classification of fine structures, guaranteeing positive detection of critical specimens.
Patented image recognition technology enhances dry chemical testing, extracting color features to improve recognition accuracy.
Reference values for normal populations, established through large-scale experiments and statistical analyses conducted by authoritative hospitals, provide reliable criteria for determining specimen positivity or negativity, ensuring accurate results.
Fast, Clear Imaging with Auto Focus and Field Adjustment
Automatic focus, field-of-view adjustment, and magnification conversion ensure fast and clear image acquisition, with customizable image capture settings.
AI-powered system simulates human brain functions, enabling autonomous learning and deep learning capabilities.
Continuous training on a large user base and extensive database enhances recognition accuracy, achieving over 95% precision in automatic cell identification.
Comprehensive manual review rules integrate dry chemistry and microscopy results, ensuring automated alerts for abnormal specimens and reducing review workload.
Clear Formed Element Imaging with High-Speed Optics
Full-field scanning at low magnification enables rapid negative screening, improving detection efficiency.
High-speed microscopes integrated with high-speed cameras ensure automatic focusing and fast image acquisition of formed elements, maintaining optimal clarity.
Original Reagents and Tools Ensure High Diagnostic Precision
Objective and accurate test results, featuring pictures of dry chemical test strips and real images of visible components.
Illustrated test report, integrating both images and text, with the option to issue confirmatory reports.
Equipped with original reagents, test strips, quality control products, and calibration tools, ensuring high inspection accuracy.
AAA traceability system enhances traceability and reliability, maintaining consistent diagnostic quality.
QR code-based repair reporting, offering a simple and convenient process.
Fast fault response and elimination, ensuring continuous and reliable instrument operation.
