Mindray Bc-5120 Brochure Pdf Patched May 2026

The Mindray BC-5120 is a compact, 5-part auto hematology analyzer utilizing flow cytometry and laser scattering for detailed white blood cell differentiation. Designed for medium-sized laboratories, it offers 35 parameters and processes up to 60 samples per hour with a 10.4-inch touch screen interface. For more details, visit Macromed Philippines Mindray BC5120 5 Part Hematology Analyzer

The Mindray BC-5120 is a compact, five-part differential hematology analyzer designed for small-to-medium labs, offering 35 parameters and 60 samples per hour throughput. Utilizing Tri-angle Laser Scatter and Flow Cytometry, the system requires minimal sample volumes (15 µL) and features a 10.4-inch touchscreen interface. For more details, visit Macromed. Mindray BC5120 5 Part Hematology Analyzer mindray bc-5120 brochure pdf

2. Key Features

• 5‑Part Differential (Neut, Lymph, Mono, Eos, Baso)
• Throughput: Up to 60 samples/hour
• Sample Types: Whole blood, pre‑diluted, capillary
• Sample Volume: ≤ 20 µL for CBC+DIFF
• Method: Flow cytometry + impedance + cyanide‑free HGB
• Flags: Morphology and abnormal cell alerts
• Data Storage: 10,000+ patient records (including histograms)

Technical Specifications Snapshot

When reviewing the BC-5120 brochure PDF, procurement officers should look for these specific technical benchmarks: The Mindray BC-5120 is a compact, 5-part auto

| Feature | Specification | | :--- | :--- | | Principle | Electrical Impedance + Colorimetry | | Throughput | 60 samples/hour | | Sample Volume | 13 µL (Pre-diluted) / 20 µL (Capillary) | | Display | 10.4-inch Color Touch Screen | | Data Storage | Capacity for >50,000 results | | Interfaces | USB, RS-232, LAN | | Dimensions | Compact footprint suitable for bench-tops | but also internal complexity and content.

2. Technological Foundations: The SF-Cube Technique

The core of the BC-5120’s performance, as emphasized in technical documentation, is the proprietary SF-Cube optical system. This technology represents a significant evolution from traditional impedance-based cell counting.

2.1 Principles of Operation The SF-Cube technique integrates two key principles:

1. Sheath Flow: This hydrodynamic focusing ensures that cells pass through the detection zone in single file, minimizing coincident passage (where two cells pass simultaneously and are counted as one large cell). This drastically improves the accuracy of Red Blood Cell (RBC) and Platelet (PLT) counts.
2. 3D Optical Analysis: Unlike basic analyzers that rely solely on impedance (volume measurement), the SF-Cube utilizes a laser light source to measure scattered light at multiple angles. This allows for the analysis of not just cell size (volume), but also internal complexity and content.

2.2 Clinical Impact By combining these modalities, the BC-5120 effectively eliminates common interference sources. For instance, the presence of nucleated red blood cells (NRBCs) or giant platelets can skew results on simpler machines. The optical sophistication of the BC-5120 ensures that the 3-part differential—segmenting Lymphocytes, Mid-cells (monocytes, eosinophils, basophils), and Granulocytes (neutrophils)—is accurate and reproducible.