Raecho RFIA-10P Immunoassay System

Overview

The Raecho RFIA-10P Immunoassay System is a state-of-the-art diagnostic device designed for the rapid and reliable detection of various biomarkers in clinical environments. Utilizing Time-resolved Fluorescence Immunoassay (TRFIA), it offers accurate results with minimal sample volume, making it ideal for laboratories, emergency rooms, ICU, and clinical testing applications. This compact and efficient system combines advanced technology with user-friendly features, providing healthcare professionals with fast and precise diagnostic tools.

Key Features and Benefits

Time-resolved Fluorescence Immunoassay (TRFIA) Method:

• Delivers highly sensitive and accurate results for a wide range of biomarkers, ensuring reliable diagnostics with minimal interference.
• TRFIA technology provides enhanced sensitivity and precision, crucial for accurate disease detection.

Wide Specimen Compatibility:

• Compatible with serum, plasma, whole blood, and nasal swabs, offering flexibility for various testing needs in diverse clinical settings.

Portable and Compact Design:

• Dimensions: 225mm * 152mm * 105mm, making it highly portable and easy to integrate into clinical laboratories, ICUs, and emergency settings.
• Weighs just 1.3kg, allowing easy transportation and setup within healthcare environments.

Advanced User Interface:

• Features a 7-inch touch screen for clear, intuitive operation.
• The system is designed for easy navigation and quick access to test results, reducing turnaround time.

Built-in Thermal Printer:

• Includes a built-in thermal printer to provide instant hard copies of test results, improving workflow efficiency and patient record-keeping.

Long Battery Life:

• Equipped with a built-in lithium battery, ensuring up to 10 hours of standby time for continuous use, even in settings with limited access to power.

Data Storage & Communication:

• Data Storage Capacity: Can store up to 10,000 test results.
• Supports RS232 communication for seamless integration with LIS/HIS systems and offers USB connectivity for data transfer and system updates.

Application Versatility:

• Ideal for use in laboratories, emergency rooms, ICU, clinical laboratories, and clinics, providing fast and accurate results for a wide variety of diagnostic tests.

Technical Specifications

• Instrument Classification: Class II, suitable for clinical and diagnostic use.
• Model Number: RFIA-10P
• Method: Time-resolved Fluorescence Immunoassay (TRFIA)
• Specimen Types: Serum, Plasma, Whole Blood, Nasal Swabs
• Weight: 1.3kg
• Screen: 7-inch touch screen
• Printer: Built-in thermal printer for instant results.
• Communication: RS232 (LIS/HIS), USB connectivity for external data integration.
• Data Storage: Can store up to 10,000 results.
• Battery: Built-in lithium battery (Standby time: 10hrs).
• Dimensions: 225mm * 152mm * 105mm (LWH).
• Application: Suitable for use in laboratories, ICUs, emergency rooms, and clinical labs.

Applications

• Clinical Laboratories: Ideal for diagnostic testing in both routine and emergency situations, offering quick results for various biomarkers.
• ICUs and Emergency Rooms: Provides fast and reliable testing for critical care environments, aiding in rapid decision-making for treatment.
• Clinics and Point-of-Care Testing: The portable and easy-to-use nature of the system makes it perfect for clinics needing immediate results.
• Research and Diagnostics: Essential in research laboratories for the study of diseases, infections, and biomarkers.

Product Info Gallery

Application
Laboratory, emergency , ICU, clinical laboratory, clinic, ambulance, field rescue and other clinical departments, etc.

Analyzer Introduction
RFIA-10P uses the advanced method of Time-resolved Fluorescence Immunoassay (TRFIA), for the in-vitro quantitative detection of bio-markers for diabetes, infectious diseases, cardiovascular diseases, sex hormones, gastric diseases, thyroid function, tumors, COVID-19 and other diseases.

Time-resolved Fluorescence Immunoassay (TRFIA) Method
TRFIA is super-sensitive detection technique characterized by specific fluorescence of rare earth ions. It is not only highly
sensitive, but also overcomes the instability of enzyme marker and is the better choice for immunological detection. The high fluorescence intensity and long life of labeled ionic chelates are beneficial to eliminate the influence of fluorescent substances in samples and environment on the test results.