Testing items
Flexible Selection: 1-11 Items Based on Needs
Key Indicators
- pH – Reflects vaginal microecological balance.
- Hydrogen Peroxide (H₂O₂) – A metabolic product of Lactobacillus; its concentration correlates with the number of Lactobacillus, helping assess normal function.
- Lactic Acid (LA) – Evaluates Lactobacillus levels to determine if the vaginal microbiota is normal.
- Leukocyte Esterase (LE) – An inflammation marker reflecting the number of white blood cells in vaginal secretions.
Pathogenic Indicators
- Sialidase (SNA) – Secreted by Gardnerella and anaerobic bacteria; indicates pathogenic bacteria. A positive result suggests bacterial vaginosis.
- β-Glucuronidase (β-G) – An enzyme synthesized by aerobic bacteria; a positive result indicates aerobic bacterial vaginitis.
- N-Acetyl-β-D-Glucosaminidase (NAG) – Secreted by fungi and Trichomonas. Combined with pH, it may suggest fungal vaginitis (pH ≤ 4.6) or Trichomonas vaginitis (pH > 4.8).
- Proline Aminopeptidase (PLD) – A positive result suggests fungal vaginitis or anaerobic bacterial infections.
Additional Indicators
- Coagulase (CG) – An enzyme secreted by aerobic bacteria; a positive result suggests aerobic bacterial vaginitis.
- Oxidase (OX) – A positive result suggests gonococcal infection.
- Alkaline Phosphatase (ALP) – A positive result suggests mixed vaginitis.
Detection Principle
Reflective Photometric Colorimetric Analysis Method
- Utilizes light reflectance properties to measure the color and concentration of analytes in a sample.
- A light source illuminates the sample, and optical sensors analyze the reflected wavelengths to determine composition.
- Ensures high-precision colorimetric measurements without direct contact with the specimen.
- Applied in clinical diagnostics, environmental testing, and material analysis for accurate quantitative assessments.
Product feature detail diagram
Product Features
Instant and Efficient
Compact, Flexible, and Practical Design: The system’s streamlined footprint and modular architecture make it ideal for labs with limited space while supporting versatile testing workflows.
Immediate Sample Processing: Enables on-the-spot testing as soon as samples arrive, reducing wait times and accelerating diagnostic turnaround.
Continuous Testing Capability: Supports uninterrupted sample flow, ideal for high-throughput environments where speed and consistency are critical.
Fast, Reliable Results: Optimized for rapid analysis, delivering accurate outcomes in minimal time to support timely clinical decisions.
Intuitive Touch LCD Interface for Seamless Clinical Diagnostics
Touch LCD Interface: Offers a simple, intuitive user experience, making operation easy and observation clear. The design supports flexible human-machine interaction, enhancing usability across clinical settings.
Rich Indicators: Supports a broad range of detection items with flexible combinations, enabling the identification of multiple genital tract infections—such as bacterial vaginosis, fungal infections, and trichomoniasis—in a single test.
Accurate & Reliable Results: Equipped with strong anti-interference capabilities, the system automatically corrects for external factors that could affect test outcomes, ensuring stable and trustworthy diagnostic results.
Comprehensive Quality Control
Comprehensive Quality Control System: Integrates original manufacturer’s reagents, test cards, and control materials, ensuring consistency and compatibility across all testing components.
Guaranteed Testing Quality: By using validated, manufacturer-supplied materials, the system maintains high accuracy, reliability, and reproducibility in test results.
Regulatory Compliance & Traceability: Supports traceable quality assurance and aligns with clinical laboratory standards, reducing variability and enhancing confidence in diagnostic outcomes.
Worry-Free After-Sales Service
Scan-to-Request Repairs: Enables users to initiate service requests instantly by scanning a code or using a digital interface, streamlining the repair process.
Fast After-Sales Response: Dedicated support personnel respond quickly to service requests, ensuring prompt issue resolution and minimal instrument downtime.
Reliable Operation Assurance: This responsive support system helps maintain the instrument’s optimal performance, reducing disruptions and enhancing laboratory efficiency.
AI-Powered Urinary Element Analysis for Precision Diagnostics
Comprehensive Urinary Element Reporting: Automatically analyzes all urinary formed elements, extracting subtle morphological features to provide detailed subclassifications of RBCs, WBCs, epithelial cells, casts, and crystals, enhancing clinical diagnostic value.
Digital RBC Morphology Analysis: Performs precise digital evaluation of red blood cell morphology, supporting kidney disease diagnosis and helping identify the source of hematuria, such as glomerular vs. non-glomerular origins.
Conductivity & Osmolality Detection: Automatically measures urine conductivity and osmolality, offering critical reference data for diagnosing diabetes insipidus and renal concentration disorders.
UTI Assessment: Quantifies white blood cells and bacteria, enabling rapid urinary tract infection screening and indicating when a urine culture is necessary.
High-Magnification Imaging: Captures clear, high-resolution images at user-defined quantities, ensuring flexibility and precision in sample analysis.
AI-Powered Recognition: Utilizes self-learning and deep learning algorithms trained on a massive user database, achieving over 95% cell recognition accuracy through continuous model refinement.
Accurate
Negative Screening & Target Tracking Technology: Scans the entire slide at low magnification to identify potential areas of interest, then tracks and analyzes specific targets under high magnification. This dual-layered approach enhances classification precision and significantly improves the detection rate of borderline positive specimens.
Reliable Reference Values: Establishes reference ranges for normal populations using extensive experimental data and statistical analysis from authoritative hospitals, ensuring accurate and consistent determination of specimen positivity.
Ensuring Clinical Confidence with Objective Test Results and Quality Assurance
Authentic & Objective Test Results: Produces real microscopic and segmented images, ensuring transparent, verifiable diagnostics. Each test is accompanied by a comprehensive confirmatory report, enhancing clinical confidence.
Manufacturer-Supported Quality Assurance: Utilizes original reagents, calibration products, and quality control materials supplied by the manufacturer, along with the AAA source system, to maintain high testing accuracy and consistency.
QR Code Repair Request System: Offers a simple and convenient QR-based service request feature, allowing users to instantly report issues by scanning a code—streamlining support and minimizing downtime.
