Overview

This document describes the automatic recognition function of ACR (Albumin-to-Creatinine Ratio) urine strips used with the Bioay BW-300 Urine Analyzer. It covers the supported urine strip models, key features, technical specifications, and application scope.

Supported Urine Strips and Parameters

The analyzer supports multiple urine strip models, including URS-1, URS-2, URS-2H, URS-4H, URS-10H, URS-11H, URS-12H, and URS-14H. These strips measure various parameters, with the analyzer capable of recognizing 4, 10, 11, 12, and 14 parameters depending on the strip type. The ACR function is specifically included for URS-2M and URS-2H strips.

Key Features

• Automatic Recognition: The system automatically identifies the type of ACR urine strip inserted.
• Clinical Relevance: Designed for early detection of kidney and liver diseases, urinary tract infections, and diabetes.
• Rapid Analysis: Provides results within seconds, enhancing workflow efficiency.
• High Accuracy and Stability: Features resistance to interference and ensures consistent readings.
• Quantitative Analysis: Supports quantitative reporting and data management.
• Customization: Supports customization beyond the listed strip combinations.

Technical Specifications

• Measurement Method: Photometric detection.
• Measurement Range: Applicable to strips measuring 4, 10, 11, 12, and 14 parameters.
• Operating Conditions: Temperature 0-40°C; Humidity less than 85%.
• Power Supply: Standard power supply with low power consumption.
• Dimensions: Approximately 220 mm × 200 mm × 40 mm.
• Data Communication: Compatible with RS232 interface for data transfer.

Application Scope

The BW-300 Urine Analyzer with ACR function is suitable for clinical laboratories and healthcare settings requiring rapid and reliable urinalysis. It is particularly useful for screening and monitoring kidney and liver diseases, diabetes, and urinary tract infections.

Summary

The Bioay BW-300 Urine Analyzer offers an advanced automatic recognition feature for ACR urine strips, supporting multiple strip types and parameters. Its rapid, accurate, and quantitative analysis capabilities make it a valuable tool for clinical diagnostics related to kidney, liver, and metabolic diseases. The device supports customization and efficient data management, enhancing its adaptability in various medical environments.