AVE-762 Series Urine Formed Elements Analyzer

Product Overview

The AVE-762 Urine Formed Elements Analyzer is a compact, high-precision semi-automatic diagnostic instrument engineered specifically for small-to-medium laboratories, emergency departments, and decentralized healthcare facilities. Utilizing advanced automated morphological microscopy technology, it captures real-scene, whole-view-field microscopic images of urinary sediment, automatically identifying, classifying, and quantifying all types of formed elements without the need for specimen centrifugation.

Highlights & Key Benefits

• Conforms to ISLH Standards: Manufactured strictly in accordance with the International Society for Laboratory Hematology (ISLH) Recommended Reference Procedure for urine particle enumeration.
• High-Sensitivity Detection: Detects uncentrifuged urine specimens at cutoff concentration levels as low as 3–5 cells/μL.
• Precise RBC Morphology: Features highly precise automated erythrocyte morphological analysis to help clinicians identify the source of hematuria (glomerular vs. non-glomerular).
• On-Screen Verification: Includes automatic notices for verification and instant on-screen verification, completely eliminating the need for manual, time-consuming offline microscopic reviews.
• Self-Learning Capabilities: Built-in neural network algorithms continuously self-improve, enhancing recognition accuracy with use.
• Flexible Connectivity: Supports unidirectional or bidirectional LIS/HIS interfaces and can receive synchronized diagnostic data from semi-automatic dry chemistry analyzers, providing customized reporting.

Testing Parameters Detected

• Urinary Formed Elements: Standardized classification and counting of all urine formed elements (RBCs, WBCs, epithelial cells, casts, crystals, etc.) with real-scene high-definition images and statistical diagrams.
• Extensible Fluids: Validated for detecting pleural fluid (hydrothorax), cerebrospinal fluid (CSF), peritoneal fluid, and other clinical body fluids.
• Physical Indexes: Supports reporting of basic urine physical properties.

Technical Work Principles

The system utilizes automated morphological microscopy. Highly precise optical pathways capture real-scene, whole-view-field images of urine formed elements. These elements are then localized, tracked, recognized, classified, and quantitatively counted by on-board imaging software, eliminating manual pipetting and processing variations.