Automatic Hematology


The results are accurate on the first run
Increase laboratory efficiency
More leukemia and leukemia components results are reported at the first run, even when the blood sample has abnormal cells and jamming components are present:
  • Engineering MAPSSTM Patent Abbott (Multi-Angle Polirized Scatter Separation): for white blood cell results and 5 precise white blood cells thanks to optical lasers
  • Identify accurately by optical scattering measurements at 4 corners
  • Application of multiple histogram analysis to identify abnormal blood cells and interfering components
Get platelet results on the first run using optical techniques
  • CELL-DYN RubyTM Application of 2-angle optical engineering to count and measure platelet size, ensure accurate platelet results at the first run
  • Reduced pattern iteration due to interference from erythrocytes, erythrocyte or white blood cell fragments, and non-platelet components
Sample running mode with difficult red blood cells
  • Analysis of erythrocytes and erythrocyte count measured in 3-dimensional optics, erythrocyte and reticulocyte indices
  • The optical erythrocyte count technique means fewer samples need a smear
The software is flexible and easy to use
  • The screen can be formatted according to the user
  • Non-routine modes are easy to execute
Only 3 types of chemicals for whole blood count and 5 leukemia components analyzed
  • WBC lyse
  • RBC lyse
  • Diluent / Sheath


CELL-DYN Ruby: Transformation of advanced engineering
Rich software, convenient touch screen and flexible optimization
Easy to use
  • The screen is clear, easy to understand and easy to navigate
  • The software can be formatted according to the user (based on the SQL database)
  • Displays notification of system problems or can change the time displayed on the screen to optimize the user experience
  • Automatically quantify remaining chemical condition
User-friendly software that easily performs inquiries, even non-routine requests:
  • Calibration function
  • Help function on screen
  • Help video
Configure security

4 levels of security key by password (password) depending on user role)

Quality control (QC)

Can store up to 500 quality test files

Information display table

Information on white blood cells, red blood cells and platelets on the sample and quality test results is clearly displayed by color. Flag patterns are easy to identify. The operator can select up to 9 different charts with the push of a button.



Information for laboratory use only

On the lab screen, it is possible to view the auxiliary parameters for the internal laboratory purposes. These parameters include quantity and percentage of BAND, IG, BLST (Blast), VARL

(Variant Lymp) in leukemia components. Additional hematological parameters such as platelet and platelet distribution width (PDW)


Data management

Can store up to 10,000 sample runs and quality control. Data is easy and quickly retrieved thanks to the friendly search menu (menu).



CHeck quality

In the QC screen, you can move from the Levey-Jennings graphâ to Data Summaries using the function keys below the left QQID DATA and QQIC LJ Plots.

 CHeck quality

In the QC screen, you can move from the Levey-Jennings graphâ to Data Summaries using the function keys below the left QQID DATA and QQIC LJ Plots.

All maintenance information is easily controlled on one screen. The user manual and service instruction video are always on screen.

Abbott's hematology analyzer is at the forefront of efficiency on the first run
Clearly differentiating cell components thanks to MAPSS techniqueTM: Better cell analysis.
  • Analysis performed on 10,000 cells with only one sample dilution
  • Acquire information up to 40,000 data points.
Results from MAPSSTM is displayed on many charts in different colors
  • Distinguish clearly multi-human leukemia, love toan, alkaline, single-human and lymphocytes
  • Identify and differentiate immature cells and interfering components

  1. Distinguishing polymorphonuclear leukemia and mononucleosis
  2. Distinguish between neutrophils and eosinophils
  3. Distinguishing monocytes, eosinophils and lymphocytes
  4. Displays 5 normal leukemia components
The MAPSS technique distinguishes and classifies leukemia components

Analysis of red blood cells by 3-angle optics
   Improve the accuracy of red blood cell parameters, including reticulocytes by 3-dimensional optical analysis:

  • Measure each cell at 3 angles to measure 00, 100 and 900
  • Reticulocytes were analyzed at scattering

optical 00, 100 and 900.

  • Reticulocytes were determined based on the method of NCCLS
Platelet analysis by 2-angle optics

Platelet results are reported even more than abnormal samples.

  • Analysis of two angles separate platelets and erythrocytes.
  • Minimize interference due to small red blood cells, broken red blood cells, red blood cell debris, or non-platelet components.

  • Reported results increased:
    • No need to rerun or charge extra chemicals
    • Even when clumped platelets or giant platelets are present thanks to 2-angle analysis
    • The sample has decreased platelets, and
    • No further dilution is required when the sample has increased platelets




Formula blood + leukemia components:

up to 84 tests / hour



Open Mode 150mL, Sample Loader 230mL



4 chemicals including reticulocytes



MAPSSTM: 4 angle optical laser



2-angle optics, no chemicals added, no repetition



National Committee for Clinical Laboratory Standards (NCCLS) with New Methylene Blue


Data management
  • The system works based on Microsoft Windows
  • Touch screen
  • Full quality check on the machine
  • Summary statistics and Levey-Jennings graphs
  • Transfer medium (including leukemia components)
  • Westgard Rules
  • Store 10,000 results with the chart
  • Program the patient and report
  • Patient information (name, date of birth, patient code, doctor appointing)
  • Barcodes: Code 39, Codabar, Code 129, Interleaved 2 of 5, ISBT
  • Self-calibrate according to the instructions on the machine
  • Computer diagnostic program and help video
Operating temperature
  • 150C to 300C (590F to 860F)
  • Relative humidity £ 80%
  • Indoor use
Compliance with safety standards


IEC 1010

CE Mark




White blood cells Red blood cells Platelet reticulocyte





RDW Retic




Electrical Power


Telegram Frequency Maximum intensity Maximum power consumption
Analyzers 100-240V 47 / 63Hz 0.5-2.2 amps 550W
Screen 100-240V 50 / 60Hz 1.5 amps 50W




High Wide Deep Mass
Analyzers 49.9cm (19.25 in.) 86.4 cm (34.0 in.) 76.8 cm (30.25 in.) 105.2 kg (232.0 lbs.)



According to the printer manufacturer


I. Principle

The machine performs tests on the principle of common impedance but has distinct applications

 The principle has not changed

This technology is based on modifying the impedance of a normalized slit immersed in an electrolyte and passed through a constant current generated by two electrodes placed on either side of the gap. A vacuum medium is created on one side of the slit that allows the cells to pass through. The physical volume of these cells is inversely proportional to the current flowing through it. An electrical pulse is recorded at the output of the electrode. The height of this electric pulse corresponds to the volume of the cell

The impedance principle is used to measure white blood cells, red blood cells, and platelets
   Differential application:

+ Constant current application of two electrodes

New system of counters, can be removed without the need for any tools.

+ The fluid flow system of the device is simplified, using a distribution pipeline system, reducing the length of the pipeline in the machine, minimizing the risk of pipe clogging.

+ New innovations about the sample suction module

+ New Invention of Pump Module

 The machine belongs to a new generation of equipment

+ A main circuit board does not need manual voltage measurement

+ Have software to adjust white tube of Hemoglobin

+ 24-V external power supply

+ The electrode valve does not need maintenance.


II. Specifications


Measured parameters 18 parameters and 3 charts


LYM % and #, MON % and #, GRA % and #




- Identification by letters and numbers

Patient identification

- String type recognition

- Barcode reader (optional extra)



60 samples / hour


Sample volume  

9.8 µl



3 flasks (diluent, red blood cell breaking solution, washing solution)



French, English, Spanish, German, Italian, Portuguese, Chinese, Cyrillic ...


Electricity supply  

90-250V / 50-60Hz / <50VA



350 x 250x 340mm (H x W x D)


Friendly interface  

QVGA touch screen, numeric keypad built in the machine


Warning - Signaling abnormal results

- Signaling the Lab limits

- Chemical warning

- Warning equipment


CHeck quality  

6 lot control, 100 runs / lot, the LJ chart


Data saving  

Stores 1500 patient files, more expandable


Track record - System status

- Chemical control

- Standard mode

- QC (Quality Control)

- Operation service (repair)

Software (optional extra)  


- Software SVM: Application for generation Mythic machines



 Standards and quality control

Contact your local Orphee representative for information on the standards and quality control specified for each device.



Automatically analyze 27 hematological parameters with 5 leukemia components

  • Fast, easy operation with just one button
  • Capacity: 60 tests / hour


  1. Technology: Using combined Laser technology and advanced optical metering
  2. Analysis principle:

- Counting WBC, RBC, PLT: using impedance method

- Hemoglobin measurement: optical measurement method

- Counting cell lines: by Laser technology, BC-5380 uses cyanide-free chemicals

- Hemoglobin Distribution Density (MPV): economical and efficient semiconductor laser technology for counting cell lines. Thanks to the method of analyzing the different angles of the dispersion of the lasers, the cell line is fully analyzed, including cell size, cell composition, and complex structure of photometric cells.

- Neutraphils, Lymphocyte, Monocytes, and Eosinophils leukocyte components and parameters were determined by laser technology on diffusion chart. With a combination of independent Baso channels and special chemicals, activates Hemolysis, Basophil staining and Basophil determination together with independent graphs.

  1. Measured parameters:

- Parameters: 27 parameters with 5 leukemia components (WBC, Lymph%, Mono %, NEU%, EOS%, BAS5%, Lymph#, Mono #, NEU#, EOS#, BAS#, RBC, HGB, HCT, MCCV, MCH RDW-CV, RDW-SD, PLT, MPV, PDW, PCT, LIC%, LIC#, ALY#, ALY#

- Graph: 3 graphs + 1 scatter chart

  1. Configuration:

- Main machine

- Printer

- LCD screen

- 01 set of chemicals for all 27 parameters and 5 leukemia components

- 01 A4 printing paper file

- Automatic sample converter




Automatically tests 29 parameters with 5 leukemia components

  • Fast, easy operation with just one button
  • Capacity: 90 tests / hour



  • 29 parameters, 5 leukemia components, 2 histograms + 2 scatter plots
  • Laser scattering technology combines chemical staining and photometric methods
  • Two types of counting: using whole blood and pre-diluted blood
  • Assay Rate: 90 tests / hour
  • Basophil measurement using independent channel and photometric method
  • Abnormal cell alert capabilities
  • Automatic sample converter

. Barcode scanner (optional)

  • Wide TFT touch screen
  • Storage capacity: 40,000 samples

. Support for one-way or two-dimensional labo management software interface

Basic configuration:

  • Main machine
  • Printer
  • Computer in machine
  • 01 set of chemicals for both 29 parameters and 5 leukemia components
  • 01 A4 printing paper file

. Automatic sample converter