Dymind DF55 hematology analyzer CBC DF-50CRP 5-part blood test machine

DF-50CRP DF55

Point of origin: China CE ISO13485 ISO9001
Testing item: WBC, RBC and PLT test
Throughput: 60 samples per hour
Application scenarios: lab,science,hospital,Undercounter,CDC

Dymind DF55 Mini 5 Part Hematology Analyzer uses flow cytometry (FCM) + triangular laser scattering for WBC testing, impedance method for RBC and PLT testing, and cyanide-free colorimetric method for HGB testing. Triangular semiconductor laser scattering can reveal cell complexity, cell granularity and cell volume, meaning we can get accurate white blood cell classifications. Advanced flow cytometry can obtain a stable sheath fluid and ensure that every cell passes through the flow cell one by one. Basophils (BASO) have important clinical significance for leukemia, allergic diseases, hematemesis, cancer, etc. True dual optical channel testing, suitable for both DIFF and BASO, the independent BASO channel has optical counting function to help obtain more accurate results.

Type	Blood Analysis SYstem
Brand Name	Dymind
Model Number	DF55 DF50CRP
Place of Origin	China
Instrument classification	Class II
Warranty	1 Year
After-sale Service	Online technical support
Product name	Auto Hematology Analyzer
Type	Blood Testing Equipments
Application	Hosipital Clinic Laboratory
Function	Flow cytometry (FCM) + Tri-angle laser scatter for WBC differentiation Impedance method for WBC, RBC and PLT test Cyanide free colorimetry for HGB test Latex-enhanced scattering immunoturbidimetry for CRP test
Language	English
Certificate	CE ISO
Throughput	60 samples per hour
Display	10.4 inch TFT Touch Screen
Parameters	29 parameters: WBC, Lym%, Mon%, Neu%, Bas%, Eos%, Lym#, Mon#, Neu#, Eos#, Bas#, RBC, HGB, HCT, MCV, MCH, MCHC, RDW-CV, RDW-SD, PLT, MPV, PDW, PCT, P-LCC, P-LCR, LIC%, LIC#, ALY%, ALY#. 3 Histograms for WBC, RBC and PLT 3 Diff Scatter Plots and 1 BASO Plot dispersion

Product Description
Performance Parameters

Dymind DF55 Mini 5-Part Hematology Analyzer is a blood analysis instrument that integrates multiple advanced technologies. It has won the favor of clinical laboratories with its excellent performance and accurate detection results.

DF55 uses flow cytometry (FCM) combined with triangular laser scattering technology to perform white blood cell (WBC) testing. This innovative combination not only provides cell complexity, granularity and volume information, but also enables precise typing of WBCs. The application of triangular semiconductor laser scattering technology enables a more detailed display of cell characteristics, thereby providing more accurate data support for clinical practice.

The detection of red blood cells (RBC) and platelets (PLT) uses the impedance method. This method counts the resistance changes produced when cells pass through micropores, ensuring high efficiency and accuracy of detection. The hemoglobin (HGB) test uses a cyanide-free colorimetric method, which is environmentally friendly and safe and can accurately measure the hemoglobin content in the blood without using harmful chemicals.

The design of DF55 also incorporates advanced flow cytometry, which can obtain a stable sheath fluid environment and ensure that each cell can pass through the flow cell one by one. This one-to-one detection method greatly improves the stability and reliability of the test and provides more accurate data for clinical use.

In clinical practice, the count of basophils (BASO) has important clinical significance. They play a key role in the diagnosis of leukemia, allergic diseases, hematemesis, cancer and many other conditions. The DF55 analyzer is specially equipped with an independent BASO channel and uses optical counting technology to achieve true dual-optical channel testing, which not only improves the accuracy of DIFF (white blood cell typing), but also makes BASO detection results more accurate.

Dymind DF55 Mini 5-Part Hematology Analyzer relies on its many advanced technologies such as flow cytometry, triangular laser scattering technology, and cyanide-free colorimetry to provide an efficient, accurate, and environmentally friendly blood testing solution for clinical use. Its emergence has undoubtedly brought new breakthroughs to the development of hematopathology, provided patients with more accurate diagnostic evidence, and contributed significantly to the progress of medical and health care.