ESR analyzer with EDTA tube

Accuracy Optimized for EDTA Samples

The ESR Analyzer with EDTA Tube provides accurate erythrocyte sedimentation rate testing on whole blood anticoagulated with K₂EDTA. Its design eliminates manual handling, reduces pre-analytical variability, and is compliant with the ICSH-standard Westergren methodology. These high-end optical/Infrared capture devices ensure constant and reproducible results.

Intelligent Hematocrit Compensation

The analyzer automatically compensates for abnormal viscosity patterns and plasma-to-cell ratios and has a microprocessor-adjustment hematocrit. RTK allows users to monitor raised sample kinetics with excellent accuracy, eliminating trial-and-error kinetics found in manual or semi-automated ESR systems.

Seamless Integration and Scalability

This analyzer is hospital and pathology-laboratory-prepared and offers multi-channel throughput, as well as integrated LIS / HIS systems. Its temperature-controlled measuring chamber, automated calibration, and service warning guarantees long-term performance and system workflow efficiency in high-throughput laboratories.

Advanced Technical Specifications – EDTA ESR Analyzer

Parameter Specification
Methodology Westergren method (ICSH compliant)
Sample Type Whole blood in K₂EDTA tubes
Detection Technology Infrared / optical photometry with kinetic monitoring
Throughput Multi-channel (20–40 samples/hour, model dependent)
Calibration Automated calibration with in-built QC
Hematocrit Adjustment Microprocessor-controlled correction for hematocrit variations
Connectivity LIS/HIS compatible, bi-directional data transfer
Operating Conditions 15–30°C; humidity 20–85% (non-condensing)
Power Supply 100–240 V, 50/60 Hz, auto-switching
Display High-resolution touchscreen interface

Key Features – Advanced Functionalities for EDTA Samples

Why Choose EDTA ESR Analyzer?

It is specifically suited to hospitals, pathology, and research centres that handle samples of EDTA. It offers ICSH-compliant accuracy, minimal manual interactions, and fast and reproducible results in a high-volume situation. Compatible with digital lab systems, it fits into an efficient workflow and is durable and built to last.

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