Simplified Operating Guidelines for the EM7100 5-Part Auto Hematology Analyzer

EM7100, 5-Part Hematology Analyzer

Daily maintenance After every day’s worktime. 1, Function-Service-Maintenance-Maintain-Flush 2, Burn WBC Aperture & RBC Aperture 3, Inverted Flush WBC Aperture & RBC Aperture Weekly maintenance Function-Service-Maintenance-Clean-Clean sample probe Function-Service-Maintenance-Maintain-Soakall Monthly maintenance One time calibration per month. Path: Function-Calibrate-Calibrator Ensure the analyzer will be turned on at least one time per week. Empty the fludics, system […]

Routine maintenance of EM-3200 automatic blood cell analyzer

Power on 1.1 After power on, the machine will confirm whether the blank count is qualified: WBC≤0.3, RBC≤0.03, HGB≤1, PLT≤10. (Each time the instrument is turned on, the instrument will automatically do it once. You can also press the “Blank Count” button on the sample analysis interface to st art the blank count.)  1.2 The sample […]

EM6100 Hematology Analyzer: Standard Operating Procedure

EM6100 three-part hematology analyzer Standard Operating Procedure A. Power requirement B. Environment requirement Operation Guide and maintenance 1. Checking before powering on Check whether the reagent is sufficient, turbidity and deterioration, and the reagent tube is bent. Check whether the analyzer is connected to external device correctly.Check whether the power connection is correct. 2. Startup and Login If the analyzer connects to printer, turn on the printer switch. Then turn on the power switch at the back of the analyzer. When the User Login dialog box is displayed, input the user name and password to enter main interface. 3. Background Checking The analyzer does background test automatically when turning on. The system enters the ‘sample analysis ‘interface by default and displays the background value after the startup procedure ends, check whether the result meets the following requirements: WBC≤0.2*109/L, RBC≤0.02*1012/L, HGB≤1g/L, PLT≤5*109/L, HCT≤0.5%The background count […]

Operating and Maintaining EM3000T Electrolyte Analyzer: Standard Procedures

Power-on Make sure reagent pack has installed in the EM3000T Make sure all pump tubes installed in the correct position Make sure all electrodes are installed in correct positions and connect with aspiration tubes. The bubbles of electrodes filling solution must be on the top of all electrodes. Make sure the printer paper is installed in the correct position Turn on the electrolyte […]

3 part hematology analyzer

Upgrade your lab’s productivity with Eastmed’s double chamber hematology analyzer. This cost-effective solution offers a 60 samples per hour throughput, a low maintenance design, and a user-friendly 10.4 inch touch screen for reliable performance.

best 3-part hematology analyzers in market

Em6100 Hematology Analyzer Machine China

 Hematology analyzers are instruments used to analyze blood samples to determine the number and types of cells present in the blood. A 3-part hematology analyzer is an instrument that analyzes blood to determine the number and types of three blood cells: red blood cells (RBCs), white blood cells (WBCs), and platelets. There are many […]


Offset value adjust Adjust the optical offset value(the signal when there is no light through the flowcell) The steps about adjusting the optical offset value: 1. Step1: Open the machine cover and find the blue potentiometer(RP1) for adjusting the offset value in the mainboard near socket S3; 2. Step2: Insert the cup adapter into the […]


EM3200 hematology analyzer machine china

Hematocrit (HCT): normal range males 40% to 54%; females 37% to 47%; neonates 48% to 68%. Mean red blood cell volume (MCV): refers to the average volume of each red blood cell Mean corpuscular hemoglobin (MCH): refers to the average content of hemoglobin in red blood cells Mean red blood cell hemoglobin concentration (MCHC): refers […]


EM88A Chemistry Analyzer

what is the kinetic reaction method? The kinetic reaction method is an analysis method used in clinical chemistry to determine the difference in absorbance between two points of the progression of a reaction. Here, we use a specified time period for this determination. We should assume this determination; a constant amount of product forms during […]