System Configuration
Fully Automated Urinalysis Machine + Fully Automatic Urine Sediment Analyzer
Integrated Testing
Supports online chemistry and sediment testing with combined urine chemistry and sediment reporting
Chemistry Test Principle
Photoelectric colorimetric method
Sediment Test Principle
Flow-cell digital imaging technology, medical image fusion technology, artificial intelligence identification technique
Chemistry Throughput
240 strips/hour
Chemistry Test Cycle
15 seconds/strip
Sediment Throughput
120 samples/hour
Chemistry Sample Capacity
5 racks × 10 tubes
Total Chemistry Sample Capacity
50 samples
Sediment Sample Loading
Fully automated 10-tube orbital sample grating with continuous sample feeding
Sediment Sample Area Capacity
Up to 60 samples at one time
Minimum Sample Volume
3 mL
Chemistry Aspiration Volume
Less than 1 mL
Sediment Aspiration Volume
1 mL
Chemistry Parameters
Urobilinogen (URO), Bilirubin (BIL), Ketone (KET), Blood (BLD), Protein (PRO), Nitrite (NIT), Leukocytes (LEU), Glucose (GLU), Specific Gravity (SG), pH, Ascorbic Acid (VC), Microalbumin (MAL), Creatinine (CRE), Calcium (CAL)
Number of Chemistry Parameters
14
Sediment RBC Parameters
Normal RBC, Standing RBC, Dysmorphic RBC
Sediment WBC Parameters
Normal WBC, WBCC, Pus Cell
Sediment Cast Parameters
Hyaline Cast, Granular Cast, WBC Cast
Sediment Epithelial Cell Parameters
Squamous Epithelial Cell, Normal Epithelial Cell
Sediment Crystal Parameters
Calcium Crystal, Oxalate Crystal, Amorphous Urates
Other Sediment Parameters
Sperm, Bacteria, Yeast, Mucus, etc
Sediment Counting System
Four-channel fixed-flow counting cell
Test Sensitivity
5 cells/µL
Cross-contamination Rate
<0.05%
Original Urine Testing
Direct detection of original urine without centrifugation
Sample Processing
Automatic aspiration, mixing, positioning, scanning, identification, classification, counting, and analysis
Chemistry Automation
Automatic sample feeding, sample aspiration, sample dispensing, analysis, and report output
Sampling System
High-precision sampling system for accurate strip sample volume and reduced worktable contamination
Imaging System
Automated microscopic imaging for clear and complete sample capture
Image Processing
Medical image information scanning and image fusion technology
Recognition System
Artificial vision and artificial intelligence identification
Result Review
Operator can modify targets misidentified by the instrument
Learning Function
Corrected targets can be stored and automatically modeled after training
Aspiration Needle
High-precision plated PTFE suction needle
Pipeline Cleaning
Automatic thorough pipeline cleaning to minimize cross-contamination
Chemistry Data Storage
20,000 results
Sediment Data Storage
200,000 results
Report Units
Quantitative unit/µL and HPF
Report Format
Complete illustrated report combining urine chemistry and urine sediment results
Combined Reporting
Chemistry and sediment modules can operate online to provide a comprehensive urinalysis report
Processor
Each chemistry instrument module adopts a 32-bit ARM processor
Communication Architecture
CAN bus connection
Strip Control System
Unique IC card control system to reduce batch-to-batch differences of test strips
Software Upgrade
TF card upgrade and maintenance function
Chemistry Power Supply
AC 220 V, 50 Hz
Sediment Power Supply
AC 220 V ±10%, 50 Hz
Chemistry Rated Power
300 VA
Operating Temperature
15°C to 35°C
Optimum Temperature
20°C to 25°C
Chemistry Dimensions (W × D × H)
660 × 625 × 581 mm
Sediment Dimensions (W × D × H)
660 × 440 × 570 mm
Chemistry Packaging Dimensions (W × D × H)
785 × 570 × 1015 mm
Sediment Packaging Dimensions (W × D × H)
1170 × 780 × 790 mm
Chemistry Net Weight
65 kg
Chemistry Gross Weight
85 kg
Sediment Net Weight
47 kg
Sediment Gross Weight
100 kg