Semi-Automatic Urine Analyzer LD-LAUR-A10 is a benchtop unit based on reflectometry principle, this device uses ultra-high brightness cold light source for measurement of chemical composition of urine samples. LCD display for observing various parameters. The device is able to analyze and generate output results within short time. Urine analyzer gives accurate results, high throughput and it is easy to use.
| Power | 50VA |
| Speed | 120 test/hr. |
| Printing | Built-in high-speed thermal printer |
| Net weight | 5.6 kgs |
| Test Items | Glucose (GLU), Bilirubin (BIL), Ketone (KET), Specific gravity (SG), pH, Blood (BLD), Protein (PRO), Urobilinogen (URO), Nitrite (NIT), Leukocyte (LEU), Ascorbic acid (VC), Creatinine (CRE), Calcium (CAL) and Microalbumin (MAL) |
| LCD Display | 40 x 64 dot matrix, 37 x 13 mm |
| Report Mode | International units or conventional units |
| Data Storage | 2000 test results can be stored, can be queried according to the record number |
| Gross weight | 7 kgs |
| Record Method | Thermal print/LCD display |
| Working Humidity | < 85% |
| Data Communication | RS232 interface, can connect with urine sediment analysis system, hospital management system |
| Working Temperature | 15 ~ 35 °C |
| Detection Wavelength | 525 – 660 nm |
| Scope of application | 10, 11, 12 and 14 parameters |
| Measurement principle | Ultra-high brightness cold light source, reflectometry principle |
| Packing Dimension (W×D×H) | 520 x 400 x 270 mm |
| External Dimension (W×D×H) | 350 x 285 x 140 mm |
Urine analyzer is an instrument for determining certain chemical components in urine. It is an important tool for automated urine inspection in medical laboratories. It has the advantages of simple and fast operation.
Fully-Automatic Urine Analyzer LUAR-B10
✓ Test Principle : Photoelectric Colorimetric Method
✓ Test Speed : 240 strips/hour (15 seconds/strip)
Semi-Automatic Urine Analyzer LUAR-A11
✓ Measurement Principle : Artificial intelligence + computer vision technology
✓ Display : 7-inch large screen display, touch operation
