You want an analyzer that handles high-volume testing without errors or downtime. The Beckman AU5820 meets those demands. It supports fully automated chemistry analysis for large clinical labs.
But does it offer the right mix of speed, flexibility, and control?
Here’s a detailed breakdown that helps you evaluate its fit.
What Type of Lab Needs the AU5820?
You should know the AU5820 suits high-throughput laboratories. It serves hospital networks, reference labs, and core diagnostic centers.
Labs processing more than 2000 tests per day can benefit the most. You get continuous loading, real-time status tracking, and minimized manual handling.
That keeps workflows smooth even during peak hours.
How Fast Can the AU5820 Process Samples?
You should expect top-tier speed from this system. The AU5820 delivers:
Up to 2,000 photometric tests per hour
Up to 9,800 tests/hour when using a full system with multiple modules
Throughput enhancement using parallel processing
That ensures large test volumes finish on time without backlog.
What Makes the AU5820 Reliable?
You should trust your analyzer to maintain accuracy across shifts. The AU5820 includes several performance safeguards:
Real-time reagent management
On-board quality control tracking
Automated sample integrity checks
Auto rerun and reflex testing options
Labs using the AU5820 report less than 1.5% rerun rates. That shows high reliability during routine use.
What Types of Tests Can You Perform?
You should check the test menu before investing. The AU5820 handles:
General chemistry tests
Specialty assays including TDM and specific proteins
Electrolyte testing using integrated ISE modules
It covers more than 120 parameters. You can run multiple panels without switching systems or reagents.
Is the AU5820 Easy to Use?
You need a system that doesn’t slow staff down. The AU5820 offers:
A touchscreen interface with step-by-step guidance
Barcode scanning for samples and reagents
Remote diagnostics for support and troubleshooting
Minimal training time required
Labs often train new users in under three days. That supports faster onboarding and consistent use.
How Does It Help Reduce Operating Costs?
You should evaluate long-term costs, not just upfront investment. The AU5820 lowers operating costs through:
Low-volume reagent consumption
Reusable reaction cuvettes
Long reagent stability on-board
Reduced sample reruns due to real-time QC monitoring
Reports show up to 30% reagent savings when compared to older high-volume analyzers.
What Are the Core Technical Specifications?
You should assess whether the specs match your daily workload. Key details include:
Throughput: 2,000 tests/hour (photometric only)
Sample loading: Continuous with STAT interrupt
Reagent positions: Over 100 refrigerated slots
Reaction cuvettes: Reusable hard glass (up to 800 per run)
Wavelengths: 340–800 nm
Sample volume: 1.5–35 µL
Reagent volume: 2–350 µL
You get a scalable platform that handles routine and specialty tests without compromising quality.
How Much Space Does It Need?
You should consider your lab's layout. The AU5820 is larger than mid-volume systems. Space planning helps in smooth operation.
Width: approx. 170 cm per module
Depth: 100 cm
Height: 140 cm
Weight: varies with configuration
Power: 200–240V AC
Modular installation allows for customized layouts based on lab size and sample flow.
What Kind of Support Features Are Built In?
You should expect high uptime in busy labs. The AU5820 includes:
Remote system diagnostics
Pre-programmed maintenance alerts
Software updates via secure connection
Auto shutdown and restart features
That ensures labs remain operational with minimal service interruptions.
How Does It Compare with Similar High-Volume Systems?
You might compare it to other high-end analyzers. Here's a basic comparison:
You should select the AU5820 if you prioritize speed, flexibility, and minimal downtime.
Final Thoughts: Is the AU5820 the Right Choice?
You need a chemistry analyzer that keeps up with heavy testing, strict turnaround times, and high accuracy. The Beckman AU5820 fits that demand.
It works best in high-volume environments. It supports full automation. It lowers cost per test. It delivers reliable results across hundreds of parameters.
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