Direct Tube ESR Analyzer: Precise Results Straight from Whole Blood Samples
ESR Analyser with Direct Tube is targeted at providing precise erythrocyte sedimentation rate data acquired directly through whole blood samples without the need for pre-processing. The methodology is similar to the ICSH Westergren method, and labels help decrease pre-analytical variability and achieve reliable, repeatable clinical laboratory results.
High-Precision Optical and Infrared Monitoring for Accurate Sedimentation Rates
The analyzer is equipped with infrared and optical photometry that allows monitoring the kinetics of the sedimentation process in real-time, and precisely correcting differences in hematocrit and blood viscosity. This automation reduces the possibility of human error and achieves high precision in a wide variety of sample types employed.
Efficient, LIS/HIS-Integrated ESR Analyzer Designed for Modern Laboratory Operations
Built as a hospital-based platform, pathology labs, and research facilities, the Direct Tube ESR Analyser offers multi-channel flow rates, full LIS/HIS connectivity, and temperature-controlled testing conditions. Automated calibration and predictive maintenance to improve long-term reliability create efficiency in environments where high volumes of lab testing take place.
Comprehensive Specs for Accurate and Efficient ESR Analysis
| Parameter | Specification |
|---|---|
| Methodology | Westergren method (ICSH compliant) |
| Sample Type | Whole blood (direct tube) |
| Detection Technology | Infrared / optical photometry with kinetic monitoring |
| Throughput | Multi-channel, 20–40 samples/hour (model dependent) |
| Calibration | Automated calibration with integrated QC |
| Hematocrit Adjustment | Microprocessor-controlled correction |
| Connectivity | LIS/HIS compatible, bi-directional data transfer |
| Operating Conditions | 15–30°C; 20–85% humidity (non-condensing) |
| Power Supply | 100–240 V, 50/60 Hz, auto-switching |
| Display | High-resolution touchscreen interface |
Key Features – Streamlined Direct Sample Analysis
- High-throughput, multi-sample analysis for busy laboratories
- Real-time kinetic monitoring for precise ESR measurement
- Microprocessor-controlled hematocrit compensation for accurate results
- Temperature-stabilized measurement chamber for consistent performance
- Automated calibration with built-in quality control
- LIS/HIS integration for seamless digital workflow
- Reliable and efficient operation for high-volume testing
