DYMIND DF50 Auto Hematology Analyzer | 5-Part Differential & Tri-Angle Laser Flow Cytometry

Are frequent reagent waste, unreliable sample readings, or slow patient turnaround times holding back your diagnostic lab's reputation in Bangladesh? In a busy clinical environment, inaccurate complete blood count (CBC) test results or unexpected machine breakdowns lead to diagnostic errors and loss of patient trust. The DYMIND DF50 Auto Hematology Analyzer delivers high-precision 5-part WBC differentiation at a rapid pace of 60 tests per hour, utilizing tri-angle laser scatter technology with minimal blood volume requirements.

​Key Features

• ​Advanced Tri-Angle Laser Scatter & Flow Cytometry: Combines semiconductor laser scatter and chemical staining for accurate 5-part WBC differential and 27 parameters.

• ​Independent Dedicated BASO Channel: Measures Basophils directly through a dedicated detection channel rather than relying on mathematical calculations.

• ​Ultra-Low Sample Volume Requirement: Requires only 15 µL of whole blood (20 µL for pre-diluted mode), making it ideal for pediatric and difficult blood draws.

• ​High Processing Throughput (60 Tests/Hour): Processes up to 60 samples per hour with a large 10.4-inch color touchscreen interface for rapid workflow.

• ​Extensive Memory & Smart Connectivity: Stores up to 50,000 patient results with full graphic scattergrams and supports bidirectional LIS/HIS integration via LAN/USB.

​The Pentamart Trust Guarantee

​The Pentamart Fortress of Trust: Never compromise on medical accuracy or risk your laboratory's reputation by purchasing grey-market, refurbished, or uncalibrated diagnostic machinery. Unverified analyzers can lead to faulty WBC classification, incorrect flagging, and expensive reagent compatibility issues. Pentamart operates strictly as a premium managed marketplace—retaining total physical control over inventory to ensure 100% genuine factory-certified equipment. This authentic DYMIND DF50 Hematology Analyzer is fully verified under our Doctor-CEO's strict multi-point quality control framework, where specialized biomedical engineers inspect optical sensors, fluidic valves, calibration accuracy, and thermal stability before delivery.