custom large hot plate thermostat  water bath heater laboratory

MX-T6-Pro

Key Features

•   LCD displays the speed and time

•   Speed range of 10-70rpm

•   Six roller design for gentle rolling and easy to clean

•   Continuous or timer operation

•   The method is standardized, and the mixing is carried out in a 360° way.

•   Distinguish different blood collection tubes and mix them with a more suitable speed, angle and number of turns.

•   The mixing strength is moderate to prevent anticoagulation failure and hemolysis.

•   The work intensity is low, the efficiency is high, and the waiting time of doctors and patients is reduced.

•   There is no difference in mixing and standardization can be achieved.

MX-T6-S

Key Features

1.  Speed range of 0-70rpm

2.  Six roller design for gentle rolling and easy to clean

3. The method is standardized, and the mixing is carried out in a 360° way.

4. Distinguish different blood collection tubes and mix them with a more suitable speed, angle and number of turns.

5. The mixing strength is moderate to prevent anticoagulation failure and hemolysis.

6. The work intensity is low, the efficiency is high, and the waiting time of doctors and patients is reduced.

7. There is no difference in mixing and standardization can be achieved.

value in practice

The importance of mixing

1. To obtain accurate test results, first of all, high-quality specimens must be obtained.

2. In the workflow of laboratory medicine, the quality management before analysis is the most difficult part to control.

The operation is not standardized and there are many potential influencing factors, which all lead to various problems.

3. Of the test results with unsatisfactory clinical feedback, 80% of the reports can be traced to unqualified specimen quality.

This reminds us of the importance of specimen preparation.

4. Taking the blood cell count as an example, the random inspection showed that the unqualified rate of the samples submitted

for inspection was 4.54%, which means that these samples are destined to be inaccurate before they are put on the machine,

and any advanced instruments and precise methods cannot be used. make up.

An important reason for unqualified specimens is poor mixing.

Consequences of poor mixing

1. For red blood cells, excessive mixing will lead to hemolysis, and insufficient mixing will lead to failure of anticoagulation.

In addition to affecting the results, clots may cause the instrument to block holes.

2. For platelets, if the mixing is insufficient, the aggregated platelets cannot be completely disaggregated, which will lead to a low result;

if the mixing is excessive, the red blood cell debris generated will interfere with the platelet count, resulting in a high result.

3. Especially in some diseases, such as nephritis, diabetes, leukemia, cardiovascular disease, etc., the platelets are easy to agglutinate.

For these specimens, random, non-standardized manual mixing is difficult to achieve sufficient anticoagulation and mixing.