AVE 4203 Fully Automated Body Fluid Analyzer

Product Overview

This Automated Bodily Fluids and Effusion Microscopy Analyzer is an advanced, high-precision clinical microscopy system designed to perform automated identification, classification, and quantitative counting of formed elements in various clinical body fluids (including cerebrospinal fluid, pleural and peritoneal effusion, and joint cavity fluid). Utilizing AI-powered machine vision to eliminate manual centrifugation, it delivers laboratory-grade diagnostic accuracy and workflow efficiency directly in clinical settings.

Highlights & Key Advantages

• Multi-Purpose Specimen Diagnostics: Capable of executing high-precision morphological sediment examinations on Cerebrospinal Fluid (CSF), Serous Cavity Effusion (pleural, peritoneal), and Joint Cavity Effusion, supporting broad clinical diagnostic applications.
• AI-Powered Machine Vision Microscopy: Automates the complete microscopic scanning workflow, utilizing advanced neural network and machine vision algorithms to automatically recognize, classify, and quantify formed elements.
• Centrifugation-Free Screening: Employs full-field scanning at low magnification for rapid, highly efficient negative screening, entirely eliminating the need for specimen centrifugation.
• Intelligent Microscope Auto-Focusing: Automatically adjusts the field-of-view background illumination and focal length to guarantee exceptionally sharp, high-contrast, and clear cellular images.
• Objective & Transparent Reporting: Generates comprehensive, image-rich diagnostic reports that highlight suspicious pathological targets for manual review and correction, minimizing re-testing needs.
• Self-Learning Memory Function: Continuously refines its recognition models through adaptive deep learning on a growing clinical database to improve diagnostic precision and sensitivity over time.

Testing Parameters Detected

Technical Work Principles

• AI-Powered Automatic Morphological Microscopy: Utilizes artificial intelligence machine vision technology to scan high-resolution fields, automatically focusing, tracking, classifying, and quantifying cells, crystals, and other microscopic elements.

Working Procedure

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

Figure: Standard Automated Working Procedure