1. Analysis Parameters

• 3-Part Differential: Differentiates white blood cells into three groups – lymphocytes, monocytes, and granulocytes.

• Provides 20+ parameters, including:

  • WBC (White Blood Cell count)

  • RBC (Red Blood Cell count)

  • HGB (Hemoglobin)

  • HCT (Hematocrit)

  • MCV, MCH, MCHC (Red cell indices)

  • PLT (Platelet count)

  • RDW-CV, RDW-SD (Red cell distribution width)

  • PCT, MPV, PDW (Platelet indices)

2. Sample Handling

• Sample Volume: Requires only 10–20 µL of whole blood.

• Throughput: Analyzes up to 60 samples per hour.

• Sampling Mode: Closed or open tube system (depending on configuration).

• Automatic aspiration and cleaning minimize contamination and maintenance.

3. Operation and Interface

• Touchscreen Display: 8–10 inch color LCD screen with intuitive menu navigation.

• User Interface: Graphical interface supports real-time data visualization and histogram display for WBC, RBC, and PLT.

• Built-in Thermal Printer: Provides fast, direct printing of test reports.

• Data Storage: Stores up to 50,000 patient results for review or export.

4. Analytical System

• Technology: Uses impedance method for cell counting and cyanide-free colorimetry for hemoglobin measurement.

• Calibration: Fully automatic with internal quality control options.

• Precision and Accuracy: CV <2% for RBC and HGB, ensuring consistent results.

5. Connectivity and Maintenance

• USB / LAN Interface: Allows data transfer to laboratory information systems (LIS).

• Automatic Cleaning and Dilution Systems: Reduces manual intervention and ensures consistent operation.

• Low Reagent Consumption: Designed to use minimal reagents for cost-efficiency.

6. Physical and Power Specifications

• Dimensions: Approximately 400 × 320 × 420 mm (compact bench-top design).

• Weight: Around 20–25 kg.

• Power Supply: AC 110–240V, 50/60Hz.

• Operating Environment: Temperature 15–30°C; humidity ≤85%.

A laboratory drying oven is a piece of equipment used to remove moisture from samples and materials under controlled temperature conditions. It provides even, consistent heat that helps dry glassware, chemicals, powders, or solid samples without damaging them.

These ovens are commonly used in laboratories for tasks such as drying washed glassware, preparing samples for testing, heat-treating materials, or maintaining samples at a stable temperature. Most models allow precise temperature control and uniform air circulation to ensure reliable and repeatable results.

Overall, a laboratory drying oven is valued for its accuracy, reliability, and ability to support routine laboratory work by ensuring samples are properly dried and ready for further analysis or use.

Features:

• Rapid results, typically within minutes

• Simple dipstick method with clear visual interpretation

• High sensitivity for early detection of pregnancy

• Portable and convenient for use anywhere

• Minimal training required