Urinalysis Complete Setup BW-20000 + BW-300

BW-20000 + BW-300 Urinalysis Setup: Comprehensive Solution for Advanced Urine Analysis

The BW-20000 + BW-300 Urinalysis Setup offers a complete, high-performance solution for medical laboratories in need of precise and efficient urine analysis. This advanced combination includes the BW-20000, renowned for its high-throughput capabilities, and the BW-300, designed for real-time monitoring of vital urine parameters.

BW-20000 Key Features:

• High-Speed Testing Capacity:
  Processes up to 200 samples per hour, ensuring rapid results for high-volume laboratories.

• Supports 14 Test Parameters:
  Includes parameters like:

  • Glucose (GLU)
  • Bilirubin (BIL)
  • Ketone (KET)
  • Specific Gravity (SG)
  • Blood (BLD)
  • Protein (PRO)
  • Urobilinogen (URO), and more.

• High-Resolution Touch Screen:
  User-friendly interface for easy navigation and operation.

• Automated Data Storage:
  Stores up to 5000 test results, allowing for extensive data retention and quick retrieval.

• Built-In Thermal Printer:
  Instant printouts of test results for easy record-keeping and documentation.

BW-300 Key Features:

• Cold Light Reflectometry Technology:
  Delivers accurate results using ultra-high brightness cold light for precise measurement.

• Test Speed & Parameter Range:
  Supports 10, 11, 12, or 14 parameters with a 120 samples per hour testing capacity.

• Data Storage & Printing:
  Stores up to 2000 results and includes a built-in high-speed thermal printer for immediate printouts.

Why Choose the BW-20000 + BW-300 Setup?

• Comprehensive Efficiency:
  Together, the BW-20000 and BW-300 provide a complete solution for labs needing high-speed, reliable, and precise urine analysis.

• Seamless Workflow Integration:
  Both systems are compact and user-friendly, designed to integrate smoothly into any laboratory workflow.

• Advanced Diagnostic Capabilities:
  The combination of high throughput and precision makes this setup ideal for labs that require a high level of accuracy and efficiency in urinalysis.