Testing items
Physical Indicators
- Automatic recognition of color and properties
Chemistry and Immunology Projects
- Fecal occult blood
- Transferrin
- Rotavirus
- Adenovirus
- Helicobacter pylori
- Calprotectin
- Lactoferrin
Formed Elements in Stool Specimens
Detectable under a microscope, including:
- Red blood cells
- White blood cells
- Crystals
- Eggs
- Bacteria
- Fungi
- Fat globules
- Starch granules
Detection Principle
AI-Powered Stool Analysis
- Utilizes artificial intelligence (AI) machine vision technology to assess stool color, properties, chemistry, immunology, and formed components with precision.
- Automatically analyzes and identifies test results, enhancing diagnostic accuracy and efficiency in gastrointestinal health assessment.
- Reduces manual intervention while providing rapid and reliable detection of abnormalities, supporting early disease diagnosis.
Product feature detail diagram
Product Features
Core Technology
Multi-Claw Specimen Sampling Spoon: Designed for multi-point collection, this innovative spoon enhances the likelihood of capturing pathological components, especially in heterogeneous samples like feces.
Intelligent Specimen Pretreatment: Features a real-time stirring control system that automatically adjusts stirring time and intensity based on sample characteristics. This ensures complete release of pathological components while preserving cell morphology integrity.
Dynamic Filter Design for Enrichment: Equipped with dual-sided filters, the system effectively removes food residues and concentrates pathological elements—notably parasitic eggs—to boost positive detection rates.
Multi-Level Automatic Focusing for Image Acquisition: Utilizes layer-by-layer scanning and target feature extraction to capture clear, high-resolution images of formed elements, minimizing the risk of missed detections.
Advanced Specimen Handling: Safety and Accuracy in Fecal Analysis
Multi-Claw Specimen Sampling Spoon: Designed for multi-point collection, this innovative spoon enhances the likelihood of capturing pathological components, especially in heterogeneous samples like feces.
Fully Enclosed Biosafety Design: The closed-cover puncture sampling method minimizes specimen turnover time while preventing aerosol generation, significantly reducing occupational exposure risks for laboratory personnel.
Dynamic Filter System for Pathological Component Enrichment: Equipped with dual-sided filters, the system effectively removes food residues and concentrates pathological elements—notably parasitic eggs—to boost positive detection rates.
Smart Diagnostic Cards: Enhancing Accuracy and Workflow Flexibilit
Bullet Clip Test Card Design: Features a plug-and-play mechanism with no storage capacity restrictions, allowing single-link and double-link cards to be freely combined. Users can test 1–10 different items per session, offering flexibility in diagnostic workflows.
Intelligent Analysis & Precise Identification: The AI recognition system is continuously trained on a large-scale user database, enhancing anti-interference capabilities and ensuring high-accuracy identification of various tangible elements. This automation reduces the burden on personnel, streamlining laboratory operations.
Quality control fully guarantees inspection quality
Comprehensive Quality Control System: Integrates stool visible components, stool occult blood, and transferrin control products, ensuring high accuracy and reliability in gastrointestinal diagnostics.
Validated Performance: These quality control materials are designed to verify the precision of fecal occult blood (FOB) and transferrin assays, supporting consistent and reproducible results.
Regulatory Compliance & Traceability: The system aligns with laboratory accreditation standards, offering long shelf-life controls and traceable testing protocols.
