ESR analyser

Precision in Hematology – Advancing ESR Diagnostics

The ESR Analyser is a cutting-edge medical device designed to provide accurate erythrocyte sedimentation rate (ESR) readings according to the widely recognised and internationally agreed upon Westergren method (ICSH guidelines). Its structure is tailored to eliminate the risks of manual reading by designing its options to be optical/ infrared photometric detection.

Engineered for Accuracy, Built for Clinical Excellence

With its shared architecture of microprocessor-controlled components, it yields accurate, predictable results at a high range of hematological states with EDTA and sodium citrate-based whole blood samples. The multi-channel throughput capacity, automatic calibration, and in-built quality control procedures in this analyzer contribute to a faster workflow in the diagnosis area.

Redefining ESR Testing with Optical Precision

The ESR Analyser is designed with pathology labs, tertiary care centres, and higher research institutes in mind, and is built to excel, both in linking with LIS and HIS systems, as well as in providing longevity in operation.

ESR Analyzer Specifications: Accuracy, Throughput & Precision Details

Parameter Specification
Methodology Westergren Standard (Automated Reading)
Detection Principle Optical / Infrared Photometric System
Sample Type Whole Blood (EDTA & Sodium Citrate Tubes)
Throughput Capacity 20 – 40 samples/hour (model dependent)
Measuring Range 0 – 140 mm/hr
Accuracy ± 1 mm/hr
Data Storage Up to 10,000 results
Connectivity LIS/HIS compatible, USB & RS232 ports
Calibration Automated, with internal quality controls
Power Supply AC 110–240 V, 50/60 Hz

Advanced Capabilities for Fast, Accurate ESR Testing

Why Leading Labs Prefer Our ESR Analyzer

The SSQ LLC ESR Analyser is a good combination of precision, automation, and adherence to global standards, ensuring it is the right product choice for the pathology labs/hospitals. Its rugged construction, intuitive operation, and consistent 24/7 throughput enable better workflows in diagnosis, minimize intervention, and give long-term reliability.
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