ESR analyzer with EDTA tube

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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