The Beckman Coulter DXH900 is a state-of-the-art hematology analyzer built to streamline blood testing workflows while delivering highly accurate and reproducible results. Designed for high-volume clinical laboratories, the DXH900 combines advanced technologies with intelligent automation, enabling labs to enhance both speed and diagnostic confidence.
Overview of the Beckman Coulter DXH900
The DXH900 is part of Beckman Coulter’s high-end hematology solutions and is engineered to perform complete blood counts (CBCs) with five-part differential analysis. It utilizes advanced optical and electrical impedance methods to analyze white blood cells, red blood cells, and platelets with exceptional clarity and speed.
Key Features of the DXH900 Analyzer
1. High Throughput for Busy Labs
- Processes up to 100 samples per hour
- Ideal for medium to large clinical labs
- Maintains consistent speed without sacrificing accuracy
2. Intelligent Sample Flagging
- Uses multi-angle laser scatter and VCS (Volume, Conductivity, Scatter) technology
- Detects abnormal cell populations and flags for further review
- Helps reduce manual slide review rates
3. Automated Sample Management
- Automated sample loading, mixing, aspiration, and barcode scanning
- Reduces operator workload and potential handling errors
- Capable of continuous sample loading for uninterrupted workflow
4. Small Sample Volume Capability
- Requires as little as 175 µL of whole blood
- Suitable for pediatric and geriatric samples
- Reduces waste while maintaining test quality
5. Advanced Data Visualization
- Offers scatter plots, histograms, and trend charts for each parameter
- Enhances clinical decision-making with clearer interpretations
- Software supports customizable reporting formats
Enhanced Precision with Beckman’s Proprietary Technologies
VCS Technology
This proprietary method allows for simultaneous measurement of:
- Volume (V) using impedance
- Conductivity (C) for internal cell structure
- Scatter (S) for granularity and surface structure
This tri-modal approach helps differentiate cell types with a high level of accuracy, especially in cases involving immature or atypical cells.
Early Sepsis Indicator (ESId)
An optional feature, the Early Sepsis Indicator, supports early identification of potential sepsis in patients—improving response time in critical care environments.
Load and Go Automation
- The DXH900 is designed to operate with minimal user intervention.
- The “load-and-go” design simplifies high-volume sample processing.
- It supports closed-tube aspiration, which improves safety and minimizes contamination risks.
Connectivity and Data Management
- Seamlessly integrates with Laboratory Information Systems (LIS)
- Supports bi-directional communication, automatic test ordering, and result uploads
- Offers onboard data storage for thousands of test results
- Optional middleware support for multi-site lab operations
Quality Control and Calibration
- Automated QC tracking and Levey-Jennings charts built-in
- Smart alerts for calibration schedule and reagent levels
- Multi-level QC support with built-in lockout features to prevent testing when QC fails
Reagent Efficiency & Sustainability
- Designed to optimize reagent consumption
- Uses fewer consumables per test than previous models
- Includes environmentally conscious waste handling and documentation features
Applications in Modern Hematology Labs
The DXH900 is widely used in:
- Hospital laboratories
- Reference labs
- High-throughput diagnostic centers
Its reliability and reduced manual intervention make it ideal for labs prioritizing speed, accuracy, and operational efficiency.
Conclusion
The Beckman Coulter DXH900 offers a robust, efficient, and intelligent solution for high-volume hematology testing. With cutting-edge features like VCS technology, intelligent flagging, and automated sample handling, the DXH900 significantly enhances workflow efficiency and diagnostic accuracy. For labs seeking a top-tier hematology analyzer, the DXH900 remains a trusted choice that combines clinical power with user-friendly design.
