Fully Automatic Urinalysis Analyzer Specifications:
| Model | UA-240 |
|---|
| Test Speed | 240 strips/hour (15 seconds/strip) |
| On Board Sample Capacity | 5 racks of 10 tubes (50 samples) |
| Sample Volume | Minimum volume: 3mL |
| Aspiration Volume | Less than 1mL |
| Test Principle | Photoelectric colorimetric method |
| Test Parameters | Urobilinogen(URO), Bilirubin(BIL), Ketone (KET), Blood (BLD), Protein (PRO), Nitrite (NIT), Leukocytes (LEU), Glucose (GLU), Specific Gravity (SG), PH (pH), Ascorbic Acid (VC), Microalbumin (MAL), Creatinine (CRE), Calcium (CAL) |
| Data Storage Capacity | 20000 |
| External Output | RS-232 |
| Power Supply | AC 220V, 50Hz |
| Power | 300VA |
| Fuse | 250V 2A |
| Environment | Temperature: 15°C~35°C |
| Optimum Temperature: 20°C~25°C |
| Relative Humidity: ≤75% |
| Printer | Thermal Printer |
| Sizes (W×D×H)(mm) | 660x625x581 |
| Shipping Size (W×D×H)(mm) | 785x570x1015 |
| N.W./G.W. (kg) | 65/85 |
Fully Automatic Urinalysis Analyzer Features:
Fully automatic: The whole process of sample feeding, sample inletting, sample dropping, analyzing and outputting report can be completed automatically without too much personnel guarding, which saves time and workforce.
A high-precision sampling system ensures the accuracy of test strip sampling size and reduces the contamination of the worktable.
Each instrument module adopts a 32-bit ARM processor.
Unique 1C card control system: Reduce the batch difference of test strips, more accurate results.
Convenient TF card upgrade and maintenance function, users can experience the latest software support synchronously.
On-line testing can be performed with a urine sediment analyzer, combining dry chemistry test results, sediment test results and physical and chemical indicators, providing a comprehensive solution for urine.
What is the purpose of urine particle analyzer?
The urine particle analyzer is used to analyze and count particles, such as cells, bacteria, and crystals, present in urine samples. It plays a crucial role in diagnosing and monitoring various urinary tract conditions, kidney diseases, and infections. By providing accurate results on the presence and concentration of particles like red blood cells, white blood cells, and epithelial cells, it helps healthcare professionals in early detection, diagnosis, and treatment planning. The analyzer offers fast, automated analysis, enhancing workflow efficiency in laboratories and clinics.
How Urinalysis Analyzer Works
A Urinalysis Analyzer works by automatically processing urine samples to measure various parameters, providing valuable insights into a patient's health. Here's how it typically functions:
Sample Collection: A urine sample is collected from the patient and placed in a designated sample container.
Sample Introduction: The urine sample is introduced into the analyzer, either through a sample cup or test strip, depending on the model.
Chemical Reactions: The analyzer may use reagent strips that react with substances in the urine, such as glucose, protein, ketones, pH, and others. These strips change color based on the concentration of the substances in the urine.
Microscopic Analysis: Some analyzers use microscopic examination to detect and quantify particles like red blood cells, white blood cells, bacteria, and crystals, which can indicate specific conditions like infections or kidney disease.
Optical Detection: The analyzer often employs optical sensors (e.g., reflectance photometry) to measure the color change of test strips or to capture images of particles for analysis.
Data Processing: The data collected from the test strip reactions and microscopic examination are processed by the analyzer's internal software, which calculates the concentration of various analytes in the urine.
Results Output: The final results are displayed on a screen or printed out, providing detailed information such as glucose levels, protein concentration, pH, specific gravity, and the presence of abnormal particles. The results are then used to assist healthcare providers in diagnosing conditions.
Urinalysis analyzers streamline the process, offering quick, accurate, and automated results compared to traditional manual methods.
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